Causes and Effects of Workplace Romances Essay Example | Topics and Well Written Essays - 750 words

Causes and Effects of Workplace Romances - Essay Example However, office romances have scores of negative implications at the workplace. First, office romances lead to sexual harassment and discrimination. At times, the employers discriminate other employees, who have a negative perception about office romances. Secondly, romances at the office may lead to favoritism. This is where the employers and managers favor the partners in romantic relationships while neglecting other employees. In many instances, the demands of some people are prioritized, rather than prioritizing demands of all the employees. Thirdly, romances at the office lead to distraction. The workers involved in a romantic relationship at the office have minute focus and concentration on their job. Apparently, they concentrate on propagating their romantic relations, rather than facing the ostensible task. This may lead to dismal performance, as the job is not a priority in such places. Fourthly, romances at the workplace may have an effect on the morale of other workers. Fo r example, envy from other employees may affect the working relations at the workplace. In conclusion, romances at the office are prevalent. Many people are involved due to various causative factors. Family life, environment, and personal interests initiate romances at the office. However, a number of effects can be cited. This includes unprofessional conduct, lowered productivity due to distraction and envy among workers. Although romances at the office can enhance working relations between two people, the negative effects are dire.

Webform2 †wireless LAN, users and access points management Essay Example for Free

Webform2 – wireless LAN, users and access points management Essay Private void Page_Load(object sender, System. EventArgs e) { // intializing the sqlDataAdapter and dataSet sqlDataAdapter2. SelectCommand = new SqlCommand(  Ã‚  Ã‚  Ã‚  Ã‚   SELECT * FROM AP,sqlConnection1); sqlDataAdapter3. SelectCommand = new SqlCommand(  Ã‚  Ã‚  Ã‚  Ã‚   SELECT * FROM APusers,sqlConnection1); sqlDataAdapter2. Fill(apDataSet1); sqlDataAdapter3. Fill(usersDataSet11); sqlDataAdapter2. AcceptChangesDuringFill = true; sqlDataAdapter3. AcceptChangesDuringFill = true; } private void Button9_Click(object sender, System. EventArgs e) //add button(users) { //saving the data the manager insert and adding it to the users table//goto each AP checked by the manager using SNMP protocol and add //them the user String user_name,user_id,user_MAC; String str2=,str3=; int i,j,tmp,k; user_name = TextBox1. Text. ToString(); user_id = TextBox2. Text. ToString(); user_MAC = TextBox5. Text. ToString(); int items = CheckBoxList1. Items. Count; // APs will hold the names of all the APs that the user // can access string[] APs = new string[items]; k=0; APs. Initialize(); try { apDataSet1. Clear(); sqlDataAdapter2. SelectCommand = new SqlCommand(  Ã‚  Ã‚  Ã‚  Ã‚   SELECT APname FROM AP,sqlConnection1); sqlDataAdapter2. Fill(apDataSet1,AP); DataRow [] arr = apDataSet1. AP. Select(); i = arr. GetLength(0); // add this user to the table // str2 has the names of all the APs coulms // str3 has the values of all the coulms j=0; for(j=0;ji;j++) { str3= str3 + arr[j]. ItemArray. GetValue(0) .ToString()+, ; } str3 = str3. Remove(((str3. Length)-2),2); str2= +user_name +, + user_id +, +user_MAC + , ; tmp = CheckBoxList1. SelectedIndex; for(j=0;ji;j++) { if (tmp==j) { APs[k]=CheckBoxList2. SelectedItem. Text; k++; str2= str2 + 1, ; CheckBoxList1. SelectedItem. Selected = false; tmp = CheckBoxList1. SelectedIndex; } else str2= str2 + 0, ; } str2 = str2. Remove(((str2. Length)-2),2); SqlCommand insCommand = new SqlCommand( INSERT INTO APusers (userName, id_num, mac_adr, + str3 + ) VALUES ( + str2 + ),sqlConnection1); insCommand. Connection. Open(); insCommand. ExecuteNonQuery(); insCommand. Connection. Close(); sqlDataAdapter2. SelectCommand = new SqlCommand(  Ã‚  Ã‚  Ã‚  Ã‚   SELECT FROM AP,sqlConnection1); sqlDataAdapter2. Fill(apDataSet1,AP); / the steps to update the access points:   1. for each AP in the APs array: *  Ã‚  Ã‚   1. 1 get the AP IP address from the AP database. 1. 2 get the add entry to table object ID *   1. 3 call snmpSET function */ /* String IPaddr,OID; * for(i=0;ik;i++)   {*     DataRow [] arr = apDataSet1. AP. Select(Apname ='+APs[i]+); *  Ã‚   IPaddr = arr[0]. ItemArray. GetValue(1). ToString(); *  Ã‚   OID = avaya. addEntry(); *  Ã‚   snmpexe. snmpSet(IPaddr,OID,user_MAC); * } */ } catch(Exception ev) { Label6. Text=ERROR ACSESSING THE DATABASE; } TextBox7. Text=; TextBox1. Text=; TextBox2. Text=; TextBox5. Text=; TextBox3. Text=; TextBox4. Text=; } private int GetIndexofelement(string [,] arr,string elem) { int j,i = arr. Length; for(j=0;ji;i++) { if (arr[0,j]. ToString() == elem) return j; } return -1; } private void Button3_Click(object sender, System. EventArgs e) //remove user button. { CheckBox1. Visible=false; Label12. Visible=false; TextBox7. Visible=false; DataGrid2. Visible=false; DataGrid1. Visible=false; Button9. Visible=false; TextBox1. Visible=false; TextBox2. Visible=false; Label3. Visible=false; TextBox5. Visible=false; Label10. Visible=false; Label4. Visible=false; Label5. Visible=false; CheckBoxList1. Visible=false; Label1. Visible=false; Label2. Visible=false; Button10. Visible=false; TextBox3. Visible=false; TextBox4. Visible=false; DropDownList2. Visible=false; Button8. Visible=false; DropDownList1. Visible=true; Button6. Visible=true; DropDownList3. Visible=false; Button12. Visible=false; Label13. Visible=false; Label14. Visible=false; Label15. Visible=false; Label16. Visible=false; TextBox6. Visible=false; TextBox8. Visible=false; TextBox9. Visible=false; CheckBoxList2. Visible=false; Button13. Visible=false; DropDownList4. Visible=false; Button16. Visible=false; Button15. Visible=false; Label11. Visible=false; Label17. Visible=false; Label18. Visible=false; TextBox11. Visible=false; TextBox12. Visible=false; TextBox10. Visible=false; CheckBox2. Visible=false; Label6. Text=Select the user you wish to remove and press remove; /////////////////// //bring the users list into the dropdown box DropDownList1. Items. Clear(); int i=0; try { usersDataSet11. Clear(); sqlDataAdapter3. SelectCommand. CommandText = SELECT userName FROM APusers; sqlDataAdapter3. Fill(usersDataSet11); DataRow [] arr = usersDataSet11. APusers. Select(); i = arr. GetLength(0); while (i! =0) { DropDownList1. Items. Add(arr[i-1]. ItemArray. GetValue(0). ToString()); i=i-1; } sqlDataAdapter3. SelectCommand = new SqlCommand(  Ã‚  Ã‚  Ã‚  Ã‚   SELECT * FROM APusers,sqlConnection1); sqlDataAdapter3. Fill(usersDataSet11,APusers); } catch(Exception ev) { Label6. Text=ERROR ACSESSING THE DATABASE; } } private void Button1_Click(object sender, System. EventArgs e)// add AP button { CheckBox1. Visible=true; Label12. Visible=true; TextBox7. Visible=true; DataGrid2. Visible=false; DataGrid1. Visible=false; Label1. Visible=true; Label2. Visible=true; Button10. Visible=true; TextBox3. Visible=true; TextBox4. Visible=true; TextBox5. Visible=false; Label10. Visible=false; Button9. Visible=false; TextBox1. Visible=false; TextBox2. Visible=false; Label3. Visible=false; Label4. Visible=false; Label5. Visible=false; CheckBoxList1. Visible=false; DropDownList1. Visible=false; Button6. Visible=false; DropDownList2. Visible=false; Button8. Visible=false; DropDownList3. Visible=false; Button12. Visible=false; Label13. Visible=false; Label14. Visible=false; Label15. Visible=false; Label16. Visible=false; TextBox6. Visible=false; TextBox8. Visible=false; TextBox9. Visible=false; CheckBoxList2. Visible=false; Button13. Visible=false; DropDownList4. Visible=false; Button16. Visible=false; Button15. Visible=false; Label11. Visible=false; Label17. Visible=false; Label18. Visible=false; TextBox11. Visible=false; TextBox12. Visible=false; TextBox10. Visible=false; CheckBox2. Visible=false; Label6. Text=Insert the AP detials and press add; } private void Button4_Click(object sender, System. EventArgs e) //remove AP button. { CheckBox1. Visible=false; Label12. Visible=false; TextBox7. Visible=false; DataGrid2. Visible=false; DataGrid1. Visible=false; DropDownList2. Visible=true; Button8. Visible=true; Button9. Visible=false; TextBox5. Visible=false; Label10. Visible=false; TextBox1. Visible=false; TextBox2. Visible=false; Label3. Visible=false; Label4. Visible=false; Label5. Visible=false; CheckBoxList1. Visible=false; DropDownList1. Visible=false; Button6. Visible=false; Label1. Visible=false; Label2. Visible=false; Button10. Visible=false; TextBox3. Visible=false; TextBox4. Visible=false; DropDownList3. Visible=false; Button12. Visible=false; Label13. Visible=false; Label14. Visible=false; Label15. Visible=false; Label16. Visible=false; TextBox6. Visible=false; TextBox8. Visible=false; TextBox9. Visible=false; CheckBoxList2. Visible=false; Button13. Visible=false; DropDownList4. Visible=false; Button16. Visible=false; Button15. Visible=false; Label11. Visible=false; Label17. Visible=false; Label18. Visible=false; TextBox11. Visible=false; TextBox12. Visible=false; TextBox10. Visible=false; CheckBox2. Visible=false; Label6. Text=Select the AP you wish to remove and press remove; //bring the APs list into the dropdown box try { DropDownList2. Items. Clear(); int i=0; apDataSet1. Clear(); sqlDataAdapter2. SelectCommand = new SqlCommand(  Ã‚  Ã‚  Ã‚  Ã‚   SELECT APname FROM AP,sqlConnection1); sqlDataAdapter2. Fill(apDataSet1,AP); DataRow [] arr = apDataSet1. AP. Select(); i = arr. GetLength(0); while (i! =0) { DropDownList2. Items. Add(arr[i-1]. ItemArray. GetValue(0). ToString()); i=i-1; } sqlDataAdapter2. SelectCommand = new SqlCommand(  Ã‚  Ã‚  Ã‚  Ã‚   SELECT * FROM AP,sqlConnection1); sqlDataAdapter2. Fill(apDataSet1,AP); } catch(Exception ev) { Label6. Text=ERROR ACSESSING THE DATABASE; } } private void Button5_Click(object sender, System. EventArgs e) //show all users button { CheckBox1. Visible=false; Label12. Visible=false; TextBox7. Visible=false; DataGrid2. Visible=false; DataGrid1. Visible=true; Button9. Visible=false; TextBox1. Visible=false; TextBox2. Visible=false; TextBox5. Visible=false; Label10. Visible=false; Label3. Visible=false; Label4. Visible=false; Label5. Visible=false; CheckBoxList1. Visible=false; DropDownList1. Visible=false; Button6. Visible=false; Label1. Visible=false; Label2. Visible=false; Button10. Visible=false; TextBox3. Visible=false; TextBox4. Visible=false; DropDownList2. Visible=false; Button8. Visible=false; DropDownList3. Visible=false; Button12. Visible=false; Label13. Visible=false; Label14. Visible=false; Label15. Visible=false; Label16. Visible=false; TextBox6. Visible=false; TextBox8. Visible=false; TextBox9. Visible=false; CheckBoxList2. Visible=false; Button13. Visible=false; DropDownList4. Visible=false; Button16. Visible=false; Button15. Visible=false; Label11. Visible=false; Label17. Visible=false; Label18. Visible=false; TextBox11. Visible=false; TextBox12. Visible=false; TextBox10. Visible=false; CheckBox2. Visible=false; try { sqlDataAdapter3. SelectCommand = new SqlCommand(  Ã‚  Ã‚  Ã‚  Ã‚   SELECT * FROM APusers,sqlConnection1); sqlDataAdapter3. Fill(usersDataSet11,APusers); DataGrid1. DataSource = usersDataSet11; DataGrid1. DataBind(); } catch(Exception ev) { Label6. Text=ERROR ACSESSING THE DATABASE; } Label6. Text=which operation would you like to perform? ; } private void Button6_Click(object sender, System. EventArgs e) // remove button(users) { //goto all APs listed for this user and remove the user from //ther table and then remove the user from the data base String user_name; try { user_name = DropDownList1. SelectedItem. Text. ToString(); Label6. Text=Remove user + user_name; /* * the steps to update the access points: * 0. create an array with the APs name * 1. for each AP in the APs array: *  Ã‚  Ã‚   1. 1 get the AP IP address from the AP database *  Ã‚  Ã‚   1. 2 get the remove entry to table object ID *  Ã‚  Ã‚   1. 3 call snmpSET function */ /* String IPaddr,OID; * for(i=0;ik;i++) * { *  Ã‚   DataRow [] arr = apDataSet1. AP. Select(APname ='+APs[i]+); *  Ã‚   IPaddr = arr[0]. ItemArray. GetValue(1). ToString(); *  Ã‚   OID = avaya. removeEntry(); *  Ã‚   snmpexe. snmpSet(IPaddr,OID,user_MAC); * } */ SqlCommand DelCommand = new SqlCommand(DELETE FROM APusers WHERE userName = + user_name + ,sqlConnection1); DelCommand. Connection. Open(); DelCommand. ExecuteNonQuery(); DelCommand. Connection. Close(); usersDataSet11. Clear(); sqlDataAdapter2. Fill(apDataSet1); sqlDataAdapter3. Fill(usersDataSet11); //todo: refrash list DropDownList1. Items. Clear(); int i=0; usersDataSet11. Clear(); sqlDataAdapter3. SelectCommand = new SqlCommand( SELECT userName FROM APusers,sqlConnection1); sqlDataAdapter3. Fill(usersDataSet11); DataRow [] arr = usersDataSet11. APusers. Select(); i = arr. GetLength(0); while (i! =0) { DropDownList1. Items. Add(arr[i-1]. ItemArray. GetValue(0). ToString()); i=i-1; } sqlDataAdapter3. SelectCommand = new SqlCommand(  Ã‚  Ã‚  Ã‚  Ã‚   SELECT * FROM APusers,sqlConnection1); sqlDataAdapter3. Fill(usersDataSet11,APusers); } catch(Exception ev). {Label6. Text=ERROR ACSESSING THE DATABASE; } } private void Button10_Click(object sender, System. EventArgs e) //add button(AP) {//updata the APs table and init the AP String AP_name,AP_ip,Location; bool active; try { AP_name = TextBox3. Text. ToString(); AP_ip = TextBox4. Text. ToString(); Location = TextBox7. Text. ToString(); active = CheckBox1. Checked; apDataSet1. AP. AddAPRow(AP_name,AP_ip,Location,active); sqlDataAdapter2. Update(apDataSet1); SqlCommand myCommand = new SqlCommand(ALTER TABLE APusers ADD +AP_name+ bit,sqlConnection1); myCommand. Connection. Open(); myCommand. ExecuteNonQuery(); myCommand. Connection. Close(); //todo: make all the users in the APusers table marked as not allowed to this AP myCommand = new SqlCommand( UPDATE APusers SET +AP_name+= 0,sqlConnection1); myCommand. Connection. Open(); myCommand. ExecuteNonQuery(); myCommand. Connection. Close(); /* the steps to update the access points: * 1. connect to the AP IP address from the AP database * 2. get the remove entry to table object ID *3. call snmpSET function */ /* String IPaddr,OID; * for(i=0;ik;i++) * { *  Ã‚   OID = avaya. setName(); *  Ã‚   snmpexe. snmpSet(AP_ip,OID,AP_name); *  Ã‚   OID = avaya. setLocation(); *  Ã‚   snmpexe. snmpSet(AP_ip,OID,Location); * }   */ }catch(Exception ev) { Label6. Text=ERROR ACSESSING THE DATABASE; } TextBox7. Text=; TextBox1. Text=; TextBox2. Text=; TextBox5. Text=; TextBox3. Text=; TextBox4. Text=; } private void Button8_Click(object sender, System. EventArgs e) //remove button(AP) {//remove the APs table String AP_name; try { AP_name = DropDownList2. SelectedItem. Text. ToString(); Label6. Text=Removing AP + AP_name; SqlCommand DelCommand = new SqlCommand(DELETE FROM AP WHERE APname = + AP_name + ,sqlConnection1); DelCommand. Connection. Open(); DelCommand. ExecuteNonQuery(); DelCommand. Connection. Close(); apDataSet1. Clear();sqlDataAdapter2. Fill(apDataSet1); sqlDataAdapter3. Fill(usersDataSet11); sqlDataAdapter2. AcceptChangesDuringFill = true; sqlDataAdapter3. AcceptChangesDuringFill = true; DataGrid1. DataSource = apDataSet1; DataGrid1. DataBind(); //todo: refrash list DropDownList2. Items. Clear(); int i=0; apDataSet1. Clear(); sqlDataAdapter2. SelectCommand = new SqlCommand(  Ã‚  Ã‚  Ã‚  Ã‚   SELECT APname FROM AP,sqlConnection1); sqlDataAdapter2. Fill(apDataSet1,AP); DataRow [] arr = apDataSet1. AP. Select(); i = arr. GetLength(0); while (i! =0) { DropDownList2. Items. Add(arr[i-1]. ItemArray. GetValue(0). ToString()); i=i-1; } sqlDataAdapter2. SelectCommand = new SqlCommand(  Ã‚  Ã‚  Ã‚  Ã‚   SELECT * FROM AP,sqlConnection1); sqlDataAdapter2. Fill(apDataSet1,AP); //todo: remove the AP_name culomn from the APusers table SqlCommand myCommand = new SqlCommand(ALTER TABLE APusers DROP COLUMN +AP_name,sqlConnection1); myCommand. Connection. Open(); myCommand. ExecuteNonQuery(); myCommand. Connection. Close(); } catch(Exception ev) { Label6. Text=ERROR ACSESSING THE DATABASE; } /*SNMP: * goto the selected AP * a. go to the data base and get the AP IP number * b. snmp. snmpSet(IP,DisableAllUsers) */ } private void Button2_Click(object sender, System. EventArgs e) // add user button. { int i=0; CheckBox1. Visible=false; Label12. Visible=false; TextBox7. Visible=false; DataGrid2. Visible=false; DataGrid1. Visible=false; Button9. Visible=true; TextBox1. Visible=true; TextBox2. Visible=true; TextBox5. Visible=true; Label10. Visible=true; Label3. Visible=true; Label4. Visible=true; Label5. Visible=true; CheckBoxList1. Visible=true; DropDownList1. Visible=false; Button6. Visible=false; Label1. Visible=false; Label2. Visible=false; Button10. Visible=false; TextBox3. Visible=false; TextBox4. Visible=false; DropDownList2. Visible=false; Button8. Visible=false; DropDownList3. Visible=false; Button12. Visible=false; Label13. Visible=false; Label14. Visible=false; Label15. Visible=false; Label16. Visible=false; TextBox6. Visible=false; TextBox8. Visible=false; TextBox9. Visible=false; CheckBoxList2. Visible=false; Button13. Visible=false; DropDownList4. Visible=false; Button16. Visible=false; Button15. Visible=false; Label11. Visible=false; Label17. Visible=false; Label18. Visible=false; TextBox11. Visible=false; TextBox12. Visible=false; TextBox10. Visible=false; CheckBox2. Visible=false; Label6. Text=Insert the user detials and press add; //bring to the checkbox list all the APs available CheckBoxList1. Items. Clear(); apDataSet1. Clear(); Try { sqlDataAdapter2. SelectCommand = new SqlCommand(  Ã‚  Ã‚  Ã‚  Ã‚   SELECT APname FROM AP,sqlConnection1); sqlDataAdapter2. Fill(apDataSet1,AP); DataRow [] arr = apDataSet1. AP. Select(); i = arr. GetLength(0); int j =i; while (i! =0) { CheckBoxList1. Items. Add(arr[j-i]. ItemArray. GetValue(0). ToString()); i=i-1; } sqlDataAdapter2. SelectCommand = new SqlCommand(  Ã‚  Ã‚  Ã‚  Ã‚   SELECT * FROM AP,sqlConnection1); sqlDataAdapter2. Fill(apDataSet1,AP); } catch(Exception ev) { Label6. Text=ERROR ACSESSING THE DATABASE; } } private void Button11_Click(object sender, System. EventArgs e) //show all APs button { CheckBox1. Visible=false; Label12. Visible=false; TextBox7. Visible=false; DataGrid2. Visible=true; DataGrid1. Visible=false; Button9. Visible=false; TextBox1. Visible=false; TextBox2. Visible=false; TextBox5. Visible=false; Label10. Visible=false; Label3. Visible=false; Label4. Visible=false; Label5. Visible=false; CheckBoxList1. Visible=false; DropDownList1. Visible=false; Button6. Visible=false; Label1. Visible=false; Label2. Visible=false; Button10. Visible=false; TextBox3. Visible=false; TextBox4. Visible=false; DropDownList2. Visible=false; Button8. Visible=false; DropDownList3. Visible=false; Button12. Visible=false; Label13. Visible=false; Label14. Visible=false; Label15. Visible=false; Label16. Visible=false; TextBox6. Visible=false; TextBox8. Visible=false; TextBox9. Visible=false; CheckBoxList2. Visible=false; Button13. Visible=false; DropDownList4. Visible=false; Button16. Visible=false; Button15. Visible=false; Label11. Visible=false; Label17. Visible=false; Label18. Visible=false; TextBox11. Visible=false; TextBox12. Visible=false; TextBox10. Visible=false; CheckBox2. Visible=false; try { DataGrid2. DataSource = apDataSet1; DataGrid2. DataBind(); } catch(Exception ev) { Label6. Text=ERROR ACSESSING THE DATABASE; } Label6. Text=which operation would you like to perform?; } private void Button7_Click(object sender, System. EventArgs e) { CheckBox1. Visible=false; Label12. Visible=false; TextBox7. Visible=false; DataGrid2. Visible=false; DataGrid1. Visible=false; Button9. Visible=false; TextBox1. Visible=false; TextBox2. Visible=false; Label3. Visible=false; TextBox5. Visible=false; Label10. Visible=false; Label4. Visible=false; Label5. Visible=false; CheckBoxList1. Visible=false; Label1. Visible=false; Label2. Visible=false; Button10. Visible=false; TextBox3. Visible=false; TextBox4. Visible=false; DropDownList2. Visible=false; Button8. Visible=false; DropDownList1. Visible=false; Button6. Visible=false; DropDownList3. Visible=true; Button12. Visible=true; Label13. Visible=false; Label14. Visible=false; Label15. Visible=false; Label16. Visible=false; TextBox6. Visible=false; TextBox8. Visible=false; TextBox9. Visible=false; CheckBoxList2. Visible=false; Button13. Visible=false; DropDownList4. Visible=false; Button16. Visible=false; Button15. Visible=false; Label11. Visible=false; Label17. Visible=false; Label18. Visible=false; TextBox11. Visible=false; TextBox12. Visible=false; TextBox10. Visible=false; CheckBox2. Visible=false; Label6. Text=Select the user whose details you wish to update; bring the users list into the dropdown box DropDownList3. Items. Clear(); int i=0; try { usersDataSet11. Clear(); sqlDataAdapter3. SelectCommand. CommandText = SELECT userName FROM APusers; sqlDataAdapter3. Fill(usersDataSet11); DataRow [] arr = usersDataSet11. APusers. Select(); i = arr. GetLength(0); while (i! =0) { DropDownList3. Items. Add(arr[i-1]. ItemArray. GetValue(0). ToString()); i=i-1; } sqlDataAdapter3. SelectCommand = new SqlCommand(  Ã‚  Ã‚  Ã‚  Ã‚   SELECT * FROM APusers,sqlConnection1); sqlDataAdapter3. Fill(usersDataSet11,APusers); } catch(Exception ev) { Label6. Text=ERROR ACSESSING THE DATABASE; } }private void Button12_Click(object sender, System. EventArgs e) { string user, id_num, mac_addr; int i=3, length; int APnum; user= DropDownList3. SelectedItem. Text. ToString(); original = user; Label6. Text=Update user + user; DropDownList3. Visible=false; Button12. Visible=false; Label13. Visible=true; Label14. Visible=true; Label15. Visible=true; Label16. Visible=true; TextBox6. Visible=true; TextBox8. Visible=true; TextBox9. Visible=true; CheckBoxList2. Visible=true; Button13. Visible=true; //filling the text boxs with the existing user data CheckBoxList2. Items. Clear(); sqlDataAdapter3. Fill(usersDataSet11); DataRow [] arr = usersDataSet11. APusers. Select(userName ='+user+); id_num = arr[0]. ItemArray. GetValue(1). ToString(); mac_addr = arr[0]. ItemArray. GetValue(2). ToString(); //displaying the current user data in text boxs TextBox6. Text=user; TextBox8. Text=id_num; TextBox9. Text=mac_addr; CheckBoxList2. Items. Clear(); apDataSet1. Clear(); try { sqlDataAdapter2. SelectCommand = new SqlCommand(  Ã‚  Ã‚  Ã‚  Ã‚   SELECT APname FROM AP,sqlConnection1); sqlDataAdapter2. Fill(apDataSet1,AP); DataRow [] arr1 = apDataSet1. AP. Select(); APnum = arr1. GetLength(0); i = APnum; int j =i; while (i! =0) { CheckBoxList2. Items. Add(arr1[j-i]. ItemArray. GetValue(0). ToString()); i=i-1; } sqlDataAdapter2. SelectCommand = new SqlCommand(  Ã‚  Ã‚  Ã‚  Ã‚   SELECT * FROM AP,sqlConnection1); sqlDataAdapter2. Fill(apDataSet1,AP); for(i=0;iAPnum;i++) { SqlCommand myCommand = new SqlCommand( SELECT + CheckBoxList2. Items[i]. Text + FROM APusers WHERE (userName = + user +),sqlConnection1); myCommand. Connection. Open(); SqlDataReader data = myCommand. ExecuteReader(); data. Read(); CheckBoxList2. Items[i]. Selected = data. GetBoolean(0); myCommand. Connection. Close(); } } catch(Exception ev) { Label6. Text=ERROR ACSESSING THE DATABASE; } } private void Button13_Click(object sender, System. EventArgs e) { String user_name,user_id,user_MAC; String str2=,str3=; int i,j,tmp; user_name = TextBox6. Text. ToString(); user_id = TextBox8. Text. ToString(); user_MAC = TextBox9. Text. ToString(); int items = CheckBoxList2. Items. Count; try { apDataSet1. Clear(); sqlDataAdapter2. SelectCommand = new SqlCommand(  Ã‚  Ã‚  Ã‚  Ã‚   SELECT APname FROM AP,sqlConnection1); sqlDataAdapter2. Fill(apDataSet1,AP); DataRow [] arr = apDataSet1. AP. Select(); i = arr. GetLength(0); //todo: add this user to the table //todo: create str2 with the names of all the APs coulms //todo: create str3 with the values of all the coulms j=0; for(j=0;ji;j++) { str3= str3 + arr[j]. ItemArray. GetValue(0). ToString()+, ; } str3 = str3. Remove(((str3. Length)-2),2); Label6. Text =CheckBoxList2. SelectedIndex. ToString(); str2= +user_name +, + user_id +, +user_MAC + ,; tmp = CheckBoxList2. SelectedIndex; for(j=0;ji;j++) { if (tmp==j) { str2= str2 + 1, ; CheckBoxList2. SelectedItem. Selected = false; tmp = CheckBoxList2. SelectedIndex; } else str2= str2 + 0, ; } str2 = str2. Remove(((str2. Length)-2),2); Label6. Text =str2; SqlCommand delCommand = new SqlCommand(DELETE FROM APusers WHERE userName = + original + ,sqlConnection1); delCommand. Connection. Open(); delCommand. ExecuteNonQuery(); delCommand. Connection. Close(); SqlCommand insCommand = new SqlCommand(INSERT INTO APusers (userName, id_num, mac_adr, + str3 + ) VALUES ( + str2 + ),sqlConnection1); insCommand. Connection. Open(); insCommand. ExecuteNonQuery(); insCommand. Connection. Close(); sqlDataAdapter2. SelectCommand = new SqlCommand(  Ã‚  Ã‚  Ã‚  Ã‚   SELECT * FROM AP,sqlConnection1); sqlDataAdapter2. Fill(apDataSet1,AP); } catch(Exception ev) { Label6. Text=ERROR ACSESSING THE DATABASE; } /*SNMP: * goto the selected user * a. get all the APs IP numbers * b. for each IP *  Ã‚  Ã‚      if checked. *  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   snmp. snmpSet(IP,addUsers) *  Ã‚  Ã‚      else *  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   snmp. snmpSet(IP,removeUsers) */ Label13. Visible=false; Label14. Visible=false; Label15. Visible=false; Label16. Visible=false; TextBox6. Visible=false; TextBox8. Visible=false; TextBox9. Visible=false; CheckBoxList2. Visible=false; Button13. Visible=false; } private void Button14_Click(object sender, System. EventArgs e) { CheckBox1. Visible=false; Label12. Visible=false; TextBox7. Visible=false; DataGrid2. Visible=false; DataGrid1. Visible=false; Button9. Visible=false; TextBox1. Visible=false; TextBox2. Visible=false; TextBox5. Visible=false; Label10. Visible=false; Label3. Visible=false; Label4. Visible=false; Label5. Visible=false; CheckBoxList1. Visible=false; DropDownList1. Visible=false; Button6. Visible=false; Label1. Visible=false; Label2. Visible=false; Button10. Visible=false; TextBox3. Visible=false; TextBox4. Visible=false; DropDownList2. Visible=false; Button8. Visible=false; DropDownList3. Visible=false; Button12. Visible=false; Label13. Visible=false; Label14. Visible=false; Label15. Visible=false; Label16. Visible=false; TextBox6. Visible=false; TextBox8. Visible=false; TextBox9. Visible=false; CheckBoxList2. Visible=false; Button13. Visible=false; DropDownList4. Visible=true; Button16. Visible=true; Button15. Visible=false; Label11. Visible=false; Label17. Visible=false; Label18. Visible=false; TextBox11. Visible=false; TextBox12. Visible=false; TextBox10. Visible=false; CheckBox2. Visible=false; Label6. Text=Select the AP you wish to update and press select; //bring the APs list into the dropdown box try { DropDownList4. Items. Clear(); int i=0; apDataSet1. Clear(); sqlDataAdapter2. SelectCommand = new SqlCommand(  Ã‚  Ã‚  Ã‚  Ã‚   SELECT APname FROM AP,sqlConnection1); sqlDataAdapter2. Fill(apDataSet1,AP); DataRow [] arr = apDataSet1. AP. Select(); i = arr.

Personal Freedom and Independence: The Works of Benjamin Franklin and H

Personal Freedom and Independence in the Works of Benjamin Franklin and Henry Thoreau It is an undisputable fact that the contribution of such prominent philosophers, writers, political and social activists as Benjamin Franklin and Henry David Thoreau in developing American statehood is tremendous. The literary works of both men can serve as a manifesto of national and personal liberation, a call for building a better society, where each citizen can live and work freely. Indeed, both Henry Thoreau and Benjamin Franklin emphasize the independence and freedom of an individual, but they do so in significantly different ways. These differences can be linked to their different worldview, life positions, philosophies, or interests. Nevertheless, this fact cannot detract from the obvious uniqueness and importance of Thoreau’s and Franklin’s literary heritage. Benjamin Franklin’s Conception of Independence and Freedom of Individual Benjamin Franklin was a scholar and lexicographer, a representative of the American Enlightenment, ideologist of the national liberation movement. It should be noted that Franklin was one of the most active participants of the struggle of American people for independence. He condemned slavery and ardently defended the rights of American national minorities. The basis of political views of Benjamin Franklin is the concept of the natural and inalienable rights of an individual. Franklin attributes life, liberty, and property to such natural rights. According to Benjamin Franklin, a man is simply â€Å"a tool-making animal,† a creature, whose freedom and, thus, independence is limited (Houston 45). In his Dissertation on Liberty and Necessity, Pleasure and Pain, Benjamin Franklin put the statement that every... ...y, considering citizenship and working for the benefit of society, while Henry Thoreau emphasizes the illusory nature and imperfection of the state and sees individual freedom in unity with nature and rejection of pseudo-needs enslaving people. Works Cited Franklin, Benjamin. The Autobiography of Benjamin Franklin. New York and Cincinnati: American Book Company, 1896. Web. 5 June 2012. Houston, Alan. Franklin: The Autobiography and other Writings on Politics, Economics, and Virtue. New York: Cambridge UP, 2008. Print. Wolf, Abraham. History of Science, Technology, and Philosophy in the Eighteenth Century. New York: MacMillan Press, 1968. Web. 5 June 2012. Thoreau, Henry David. Walden: A Fully Annotated Edition. New Heaven: Yale UP, 2004. Print. Myerson, Joel. The Cambridge Companion to Henry David Thoreau. New York: Cambridge UP, 1995. Print.

Martin Johnson Heade Essay

Martin Johnson Heade (originally Heed), the eldest son in a large family of Joseph Howell Heed was born on 11th August, 1819 in Lumberville, a small rural location near Doylestown in Bucks country of Pennsylvania (Hollis Taggart Galleries, Para. 1). His father owned a farm and a lumber mill. His life is said to have been influenced by the two cousins, Thomas Hicks and Edward Hicks who probably taught him his first art lessons locally. His passion for art grew considerably in the 1840s, and it is around this time that he took a study tour to England and stayed in Rome Italy for two years. By the year 1843, he was residing in New York and later moved to Brooklyn, where he changed his name to Heade, and later on moved to Philadelphia (Hollis Taggart Galleries, Para. 2). In 1848, he took his second academic European tour to return later in 1850. The second trip did not leave him settled either, as he continued to travel while settling down briefly in the towns of St. Louis, New Haven and Providence. It was in this decade that he deeply studied and explored the effects of light on the environment, a subject that was equally dear to American Luminists Sanford Gifford, John Kensett C as well as Fitz Lane Hugh. Consequently he fully got into landscape painting (Hollis Taggart Galleries, Para. 2). In 1859, he rented a studio in the famous tenth street studio building in New York and became a full time painter (Lurie and Mappen, Pp. 355. ) It is in relation to this that he is remembered for his flora, fauna and landscape paintings that do not only have a rich effect of color and light but could also portray some poetic sentiments. Its while operating from the same studio that he met Fredric Edwin Church from the Hudson River school who was later to become his close friend and associate. This period is seen as the turning point in his life as it signaled the onset of his unique lifestyle and a lasting interest in landscape and paintings. In 1863, he interpreted the chaste Latin American coastal landscape in a unique manner and later toured Rio de Janeiro in Brazil in the same year (Hollis Taggart Galleries Para 3). The goal of the tour was to illustrate a complete different version of South American Hummingbirds. He was so enthusiastic about the Hummingbirds that he hoped to prepare an outstanding and an elegant album about these creatures in Britain. Though he hoped to have this album published in Britain, it was never to happen. Hummingbirds however continued to be a dear subject to him as evidenced by the paintings that he did in the rest of life. He continued making trips to the Latin America notably in Nicaragua, Colombia, Jamaica and Panama. In the course of those visits, he studied the local flora and fauna, painting both large and small landscapes of hummingbirds and orchids, works that saw him get recognition at the gallery exhibition in New York and Boston. At the age of sixty four in 1883, Heade got married and moved to St Augustine in Florida. This is where he was to spend the rest of his life while he continued to exhibit his paintings in northern towns such as Boston and Springfield Massachusetts. He was almost forgotten in the New York City but was later rediscovered during the revival of the Hudson River painting school and has from then on been accorded the respect and major status that he commanded out of his outstanding work. In Florida, an oil tycoon and hotel magnate Henry Morris Flagger invited Heade to set up another studio, which was to be last studio, in a building behind Ponce De Leon, a hotel that was owed by Flagger in St Augustine. In his two decades stay at St Augustine prior to his death on September 4 1904, he continued to paint while fascinated by the flora and fauna located in Florida. His works were mainly Cherokee roses, orchids and magnolias (Hollis Taggart Galleries, Para. 4). The works could often depicted the same flower over and over again but in different blooming states thus bringing out the hidden beauty of the environment that is not obvious to many. During his stay in St Augustine Florida and prior to his death, Heade made more than one hundred and fifty pieces of work . Most of this work focused on the exuberant nature and landscape, flowers, sceneries and fruits of the American south , topics that were dear to him also. It is against this background that he is remembered, having not only taken a lot if interest in a rare subject but also having pursued it with vigor, passion and up to the old age. He did what he liked most and did it best. The outstanding feature of any artistic work done by Heade is their capture of their botanic and scientific accuracy. They note every line on the leaf, every mark on the facet, fruit or blossom. The figures below are example of the artistic work done by the 19th century artist and depict the mystery surrounding him and his interest in the natural world. Though the work was done more than a century ago, the beauty and elegance has surpassed the passage time. Fig. 1 Source: http://www. martin-johnson-heade. org/ Although little is documented in writing about Martin Johnson Heade as he left no identifiable body of writing, his contribution to the field of art and painting is immense. Such is evidenced by the Martin Johnson Heade, a function organized and premiering at the Museum of Fine Arts (MFA) in Boson from the 29th day of September 1999 through the 17th of January 2000 which shed light on Martin Johnson Heade as one of the most original and all time artists in the history of mankind (Traditional Fine Art Online Inc, Para. 1). MFA owns an outstanding collection of work done by Heade including about 30 paintings, numerous drawings and other materials such as sketches and sketch books that he used. Although he was practically unknown during his own days, Heade is today also recognized in America as a great romantic painter and uniquely as a master landscape painter as far as floral still life is concerned. With a career that spanned over seventy years, a lot went to his name’s credit as noted during the function organized by MFA, having produced a varied body of work more than any other American artist of the 19th century. â€Å"Martin Johnson Heade is sure to give new insights into the work of one of the most intriguing of American artists, whose paintings have a strange and almost surreal intensity. Heade was one of America’s most productive and inventive artists, and his work reflects a wide range of talent and creativity. The exemplary work captures such a variety of moods, from his atmospheric effects, the glory of light, the sumptuous warmth of his orchids and tropical scenes, and the inexplicable sensuality of so many of his works in every genre. I hope recognition of his genius grows as more and more people are introduced to these superb paintings† (Traditional Fine Art Online Inc, Para. 6). During the popular Mesueum of Fine Arts event, Heade’s favourite hummingbirds painting was revisited. It was recounted that even if he never managed to secure the two hundred subscriptions needed to print his expensive book, which was never printed anyway, he produced four hummingbird chromolithographs for the book and could at the time be viewed in Boston as well as the sixteen paintings that were intended for the gems of Brazil from the Manoogian collection (Traditional Fine Art Online Inc, Para. 7). Earlier on in 1955, a historian and the then director of Macbeth gallery Robert Mclntyre had donated some work done by Heade to the Archives of American Art. Such included his sketch book, notebooks as well as letters and correspondeces between him and his close friend and associate Fredric Edwin Church between the year 1866 and 1899. In addition, they included a detailed notebook about hummingbirds that is handwritten as well as a circa dated in the range between 1853 to 1877. The scattred papers measure 0. 3 linear feet and date between 1853 and 1904. In the year 2007, the above were completely digitized to enhance archiving and are now avilable online as the Martin Johnson Heade Papers Online. They had first received a preliminary level of processing immediately after donation before being microfilmed in the same order that they were donated. The notebook and the sketchbook being the first ones to have been donated were therefore proffesionally conserved in the year 2004. Another area that is seen to have captured Heade’s passion is still lifes of southern flowers especially the magnolia blossoms laid on velevet. This was an advancement of an interest that he had since the 1860’s. In his earlier work in this genre, he had done flowers keenly arranged in an ormate flower vase and placed either on small or a large table, but covered with a mere cloth as opposed to velvet. At the time, he was the first and the only american artist who could create such an extensive body of work either in still lifes or in landscape and environment. In 2004, Heade was again recognized and honored with an outstanding stamp from the United States Postal Servive featuring a piece of his 1890 oil-on-canvas painting otherwise called Giant magnolias on a blue Velvet cloth. There were few artists who emulated head in the 20th century owing to the fact that he was unpopular at the time. However his work and art has been duplicated and forged by many especially in the 20th and 21st century. Such is attributed to the way his work has continued to turn up in garage sales as well as other unlikely places as opposed to works by other artists such as his friend Fredric Edward Church or ohn Kensett.. The popularity of his work can be attributed to the way he related with middle class buyers, his outstanding passion and effort put in as depicted in his various trips and his willigness to distribute his work all the country. Though unknown to him even at the end of his life, Martin johnson Heade was one of the most outstanding artist that ever existed on the face of earth. His passion in what was then an unpopular venture tells it all. His keen interpretation and approach towards the light and the environmet at large, his representation of the same on his paintings as well as his vigor and dedication to distribute his work, all leave no doubt that he did what he loved and in return loved what he did. His work does not only reveal what is unobvious to many but also unearths what is sincerely unknown and his spirit therefore continues to live moreso through his elegant work. Martin Johnson Heade is no doubt a legend whose life deserves recognition by and over generations while his work continues to demand respect over centuries. Works Cited: Hollis Taggart Galleries. â€Å"Hollis Taggart Gallaries. † 2007. 26 May 2010 . Mappen, Marc and Maxine N Lurie. Encyclopedia of New Jersey. New Jersey: Rutgers University Press, 2004. Traditional Fine Art Online Inc. â€Å"Meseum of Fine Arts Boston. † 29 September 1999. www. mfa. org. 26 May 2010 .

Impact Of Technology Medical Field Health And Social Care Essay

Medical engineering in a wide manner has frequently been used to mention to the equipments, processs, and procedures by which medical services are delivered. This encompasses disease diagnosing, monitoring of disease conditions and intervention, with an purpose of bettering the quality of health care delivered and patient results, by timely diagnosing, efficient intervention and usage of less invasive sawboness. Healthcare expenditures remain an of import portion of national merchandises of developed states. Medical practicians are faced with high outlooks on healthcare public presentation among citizens due to additions awareness on wellness related jobs, high life anticipation and emphases put on care of high quality of medical services. The high incidences of disease complications and chronic conditions due to the alterations of life styles have fueled the medical field the recent health care inventions. These outlooks propel the field to computing machine applications. Technologi cal progresss have intensified since the 1980s. This has revolutionized the medical field. The rate of alteration is that the medical professionals are holding a job get bying with the alteration. This alteration has come in signifier of practical physicians, computing machine aided operations, usage of root cells, testing engineerings, Computerized Tomography scanner, Magnetic Resonance Imaging technique, usage of Ultra sound, Implantable Cardioverter Defibrillator, usage of Capsule Endoscopy, Robotic Surgical System, Circulatory aid devices and biomedical technology. With the increased cyberspace use, the medical professionals are set uping what can be referred to as practical infirmaries. These are cyberspace based infirmaries where patient ‘s demands are attended to online. The patient or the individual taking attention of the patient electronic mail the physician via cyberspace and the physician, after reexamining the instance advises the patient consequently. This engineering has produced a new harvest of physicians referred to as cyberspace physicians. An illustration of such is the World Clinic at Lahey Clinic Center near Boston started by Dr. Daniel Carlin. The Clinic serves clients from around the Earth among them crewmans, concern executives and tourers. The clinic has been able to use nine physicians within a period of three old ages of being, a testimony to the popularity of the thought ( Gorman 2001 ) . Promotion of engineering has besides brought about Intensification of engineering convergence which involves sharing of medical information, between medical practicians, medical devices and information webs has been the modern tendency impacting health care ( ZieliA„ski 2005 ) . Usually engineering convergence includes the sharing of patients present and past medical information, critical marks, clinical research lab consequences, patient dismaies, prescribed and implemented interventions, and perchance the patient organic structure response. This is adopted by medical professionals to entree information about the patient. The systems can be used in hospital charge sections, researches, and for measuring the clinical effectivity of recommended interventions. The possible benefits are workflow cyclosis, seamless recording and sharing of information, and an overall patient attention betterment. A uniformly presented patient informations have resulted to better clinical determinat ion devising and designation of clinical complaints while they are still manageable. Use of tissue root cells is another technological discovery that has had a enormous consequence on the medical field. Tissue root cells besides known as grownup root cells are regenerative cells of the human organic structure that possess the ability to specialise and develop into other tissues of the organic structure. Get downing in an unspecialised and undeveloped province, these cells can be coaxed to go bosom tissue, tegument cells and many other tissues ( Shi & A ; Singh 2008 ) . The cells are found in human organic structure variety meats and tissues such fat, bone marrow, umbilical cord blood, placenta, neural beginnings and olfactive tissues. Stem cell engineering has made a great alteration in the medical field in that diseased or damaged tissues can now go healthy and robust through the extract of such cells. Doctors have utilized root cells in intervention of autoimmune diseases such as multiple induration, arthritic arthritis and Crohn ‘s disease ( Shi & A ; Singh 2008 ) . Technology has besides brought alterations in surgery in signifier of the less invasive surgery which is now preferred as the surgical attack for many diseases, including malignant neoplastic disease and bosom disease. It is chiefly done on outpatients and merely on an nightlong stay in infirmary ( Scuderi 2009 ) . Less invasive processs are performed through one or more short scratchs unlike unfastened surgery that requires long scratchs. The procedure is less painful with less postoperative hurting on the patient. Through the less invasive surgery there is an overall better result with faster recovery and a shorter infirmary stay. Even though laparoscopic techniques vary, sawboness insert long thin tubing with a lighted camera at its tip, through the scratch. Two dimension images are sent from the camera at the surgical site, to a high definition proctor throughout the operation, and are watched by the sawbones. Screening is the probe of symptomless persons to observe those with a high chance of developing or holding a given complication. Diseases that present a important wellness job are identified by testing and countervail the cost of incommodiousness and farther complications every bit good as possible injuries. The purpose of showing is to extinguish or detain decease from diseases. With prevalence of chest malignant neoplastic disease staying high it is estimated that mortality from chest malignant neoplastic disease in United States is 40 000 adult females. Breast malignant neoplastic disease testing utilizing screen-film mammography is used ( Bassett 2005 ) . The mammography testing involves exposure to radiations. Its value is in assisting salvage lives by early sensing. Diagnostic free adult females are exposed to x-ray. In such operations high proficient quality images are produced and competent image readings is done for successful results. Computerized Tomography scanner uses X raies and a computing machine to do images of variety meats inside the organic structure. It takes images of cross subdivision of the organic structure organs. At times the patient is asked to imbibe a particular liquid or injected with a particular x-ray dye. A CT scanner has a unit of ammunition Centre gap and a level bed to lie on. While lying on the bed, it easy moves to the gap where images are taken under the CT staff control. The benefits are that inside informations of parts inside the organic structure such as lungs and blood vass are obtained without utilizing surgery. The CT scans uses radiations that are accurate, fast, and painless and leave no radiations after the scan is finished. Positron Emission Tomography a organic structure scanning method that detects radioactive substances injected into the organic structure. It is used to supply information on map and assist distinguish normal tissue from malignant neoplastic disease, instead that information on construction. The Magnetic Resonance Imaging technique has been used chiefly to bring forth high quality images of the inside human organic structure constructions in medical scenes. It produces elaborate images of variety meats and tissues throughout the organic structure without the demand of X raies. Images of ocular equivalent of an anatomy piece utilizing wireless frequences, a computing machine and a big magnet that surrounds the patient. An MRI is painless and the magnetic Fieldss produce no known sorts of tissue harm Nuclear medical specialty diagnosis technique is a technique that uses minimum sums of radioactive stuffs that are introduced into the organic structure. When these arterials are introduced into the organic structure hey are taken up by specific variety meats, tissues or castanetss, the emanations generated provide important information on a peculiar disease of malignant neoplastic disease. Since the information given describes organ map and non merely construction many diseases including malignant neoplastic disease are detected early. The other medical technique is the usage of Ultra sound. This incorporates the usage of high -frequency sound moving ridges and their reverberations. The technique has a close comparing with the echo sounding used by giants, mahimahi and chiropterans. These machines are portable and they display the strengths and distances of the reverberations produced on the screen, organizing a two dimension image. Some images can even be formed without utilizing radiations particularly in OBs and gynaecology besides in cardiology and urogenital medicine. The technological invention of an Implantable Cardioverter Defibrillator is an astonishing experience that literally brings patients back from the threshold of decease. It ‘s a device that is of the size of a beeper that monitors the bosom rate ( Liem 2001 ) . It utilizes batteries to direct electric signals to a bosom that ‘s crushing excessively slow or reconstruct unnatural pulse to a bosom that is crushing much to fast or chaotically. The cardiac defibrillation is a preventative intervention in selected patients at high cardiac decease hazard caused by Malignant Ventricular Arrhythmias. Basically, for people with a bad bosom beat job, a defibrillator is implanted near the neckband bone, under the tegument at the thorax and wires run to the bosom. When the bosom rate is non normal, it tries to return the pulse back to normal. Abnormality occurs either when the pulse is excessively slow, and it works as a pacesetter and sends bantam electrical signals to the bosom, or w hen the pulse is helter-skelter or excessively fast, it generates defibrillation dazes to collar the unnatural beat. In the twelvemonth 2000 physicians from England reported the usage of Capsule Endoscopy to find the causes of little intestine hemorrhage ( Classen 2010 ) . The capsule has a battery with 6 hr lifetime, a strong visible radiation beginning, a camera and a sender. After get downing of the capsule, it transmits images of the interior of the gorge, tummy and little bowel to a receiving system worn as a belt by the patient. The receiving system is returned to the physician after 6 hours, who loads the information into computing machine and reexamine it, to observe GI abnormalcies. The capsule is passed out through the colon and eliminated in the stool. However if the capsule acquire stuck in the little bowel, surgical remotion is undertaken ( Collins 2008 ) . So far the capsule is considered safe and easy to take since merely rare instances of side effects have been reported. The promotion has been used to research the tight twisted countries of the little bowel, which traditional invasi ve tube-and-lens endoscopes can non make. While congestive bosom failure remains a taking cause of cardiac disablement and decease, promotion of pharmacologic therapies is guaranting that patients are populating longer and more productive lives. Circulatory assist devices have been used for the direction of patients with bosom complaints where the intercessions have failed. In 1982 an unreal bosom was implanted into Barney Clark ( Bankston 2002 ) . Although he merely survived for 112days, subsequently a figure of experimental devices were implanted throughout the universe. It has led to intervention solutions for terminal bosom diseases ; heart specialists have overcome organ rejections and enhanced drawn-out endurance rates of transplant patients. The unreal bosom consists of a hydraulic pump, an internal battery, an external battery and an internal accountant unit. In the military medical aid, the Robotic Surgical System has been used to handle a hurt soldier in the battleground utilizing advanced diagnostic and operated machines from distant location. The automaton carries out bids of a sawbones that controls the procedures ; otherwise the automaton can non execute the surgery by itself. The physician receives a picture eating from the automaton and utilizes a system of surgical operators to execute the operations. His actions and voice bids are communicated wirelessly to the machine-controlled system as he moves his custodies in operators ; the automaton so replicates his actions. Besides due to parade in battlegrounds that loose their custodies and weaponries there is a plan that is underway to revolutionise upper organic structure prosthetics. This is being researched on to develop improved unreal weaponries that would execute like existent weaponries controlled by the cardinal nervous system. On the converse what was ab initio an art of lovingness and compassion, has clearly become a scientific discipline of medical specialty and positions disease as licking. More involvement is made on the technological promotion and disease but non the single being treated.The life prolonging machines has lead to the modern phenomenon of deceasing when machines are shut off. Dehumanization by engineering is good exhibited during the decease of a patient ; he is surrounded by machines and impersonal systems in intensive attention units instead than their families at place. Professionalism in the medical attention has been characterized by a turning withdrawal from the alone concerns of single patients and a loss personal relationship to the patients. Health workers no longer associate to the full to patients as other persons but as representatives of professions and healthcare organisations. The trefoils have become more bureaucratic and impersonal. As a consequence of this there has ari sen the inequality between those in demand of medical aid and those with the capableness of reacting to the demand. Although great progresss in the medical field have added value to the human life, this impersonal quality of attention coupled with the inequality has led to turning misgiving and a feeling of dehumanisation by the patients. The electronics industry has incorporated the biomedical technology in research development of instruments ; design and alteration of contraptions to relieve hurting extend life and reconstruct wellness. Biomedical applied scientists spend tonss of clip planing electrical circuits and computing machine package for medical instruments Progresss in medical engineering have big benefits in health care. These technological progresss besides raise healthcare outgo significantly ( Moody 2006 ) . To run the machines, great professionalism and old ages of expertness is required doing the cost of such services rise by a great border. The research and experimentation before the engineering is authenticated, requires pecuniary investing that finally must be recovered and the much required work force compensated. Particularly for the inventions that their use does non distribute to the full population, in the long tally services become about beyond range. Globally the cost of intervention has risen with technological development. The benefits gained have outweighed the extra cost of health care services. The desire to happen better ways to handle patients as they compete with other suppliers have motivated the involvement to make new merchandises and for a clearer apprehension of human organic structure anatomy and physiolog y. The handiness of high engineering diagnosing and engineering has led to a better quality of life. In the medical field there has been a more elaborate apprehension of disease pathogenesis and organic structure physiology. By such acquisition, diseases that antecedently were termed as untreatable and accounted for high mortalities in human populations, have been favourably been combated. Ailments that are symptomless can be detected early plenty before the down the organic structure functionality, and its defence mechanisms. Although the cost of intervention gave gone up, more resources are saved due to cut downing the devastation on organic structure variety meats and tissues, and besides human resources lost while patient are in weak conditions for a long clip. Many patients view new medical innovations as the replies to their health care jobs. There is ever room for medical innovations, as every twenty-four hours dawns diseases and particularly malignant neoplastic disease cells re quire more understanding and more effectual interventions. There are much more medical technological promotion that have been made including, birth controls, birthrate aid utilizing trial tubing babes, that have relieved twosomes of their psychological and physiological emphasiss. The measure that remains is to give more attempt to doing the current engineering accessible.