winforms data matrix

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53. } // End Constructor.. 54. // Event Handling function. (KeyDown).. 55. public void keyDown(int x) 56. { // Handle the input if the TextField is in focus. 57. if(option.hasFocus()) 58. { 59. option.handleKeyDown(x); 60. } 61. } 62. // Event Handling function. (penDown).. 63. public void penDown(int x, int y) 64. { // If search button is pressed.. 65. if(search.pressed(x,y)) 66. { 67. folder_vector = new Vector(); // The variables are assigned .. 68. text_for_display = ""; 69. folder_data = ""; 70. file_data = ""; 71. counter = 1; 72. try 73. { // A Socket connection is made on a port with the Listener(host address) 74. socket = (StreamConnection)Connector.open("socket://"+host_address+":7070",Connector.READ_ WRITE,true); 75. // If the socket is null then the connection is not established. 76. if (socket != null) 77. { 78. System.out.println("Connection is established to localhost on port 7070..."); 79. } 80. 81. 82. /// Opening the Input and Output Streams... 83. 84. socket_inputstream = socket.openInputStream(); 85. socket_outputstream = socket.openOutputStream(); 86. } 87. catch(IOException ae) 88. { 89. System.out.println("Couldn't open socket:"); 90. } 91. // An XMLRequest which is to be sent to the Listener is formed.. 92. String xmlRequest = "< xml version='1.0' encoding='utf-8' > <p2p_lng><request type=\"SEARCH\"><scope type=\""+parent_information+option.getText()+"\" mask=''></scope></request></p2p_lng>"; 93.

import java.io.InputStream; import java.util.Hashtable; import java.util.Enumeration; import com.sun.kjava.*; import java.lang.*; import javax.microedition.io.*; import java.io.*; import java.util.*; import org.kxml.*; import org.kxml.io.*; import org.kxml.parser.*; /* This is the main class of the testmanager. It starts the testmanager with a welcome screen... when the user presses the Ok button it calls an XML parser and stores the results provided by the parser in the palm Database... 13) */ 14) public class TestManager extends Spotlet { 1) 2) 3) 4) 5) 6) 7) 8) 9) 10) 11) 12)

(6.41)

F.1095

connected to another table. For example, a student table contains social security number, major, and advisor s name. The advisor table has advisor s name, phone number, and address. The advisor s name is the foreign key to connect the student table with the advisor table (see Exhibit 6.5).

Figure 9-27

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and a data bit of 0 using time-hopping codes of {2,1,4} and {4,2,3}, as shown by the dashed and thicker dashed-line pulses, respectively. From [16 18], a variable-bit-rate source can be modeled by a continuous-time Markov chain with nite states. Each state represents the discrete level of bit rate generated by a single source. We assume that the highest level is state Mi , and this is also matched to the maximum number of active time-hopping sequences used by a class i user. That is, we assume that each level uses one time-hopping sequence for a class i user. This means that each level has a data rate of Rs , corresponding to one class i time-hopping sequence. If Mi = 1, the source is an on/off source. Each level can be modeled by a two-state minisource with an increase rate of i and a decrease rate of i . The Markov chain for this minisource is shown in Figure 3.3. Thus, the continuous-time Markov chain for a single source at state m has an increase rate of (Mi m) i and a decrease rate of m i . This Markov chain is shown in Figure 3.4. The steady-state probability of being in state m, denoted by Pm , is given by Pm = where pi = i , i + i (3.17) Mi m ( pi )m (1 pi ) Mi m , m = 0, 1, 2, . . . , Mi , (3.16)

if(!strncmp(argv[1], -v , 2)) debug = 1; else { printf( -v: verbose flag only\n ); exit(0); } } ZERO(fhdr); fhdr.f_magic = COFF_MAGIC_I386; fhdr.f_nscns = 3; //TEXT, DATA, SHLIB fhdr.f_timdat = 0xdeadbeef; fhdr.f_symptr = 0x4000; fhdr.f_nsyms = 1; fhdr.f_opthdr = sizeof(ahdr); //AOUT opt header size fhdr.f_flags = COFF_F_EXEC; ZERO(ahdr); ahdr.a_magic = COFF_ZMAGIC; ahdr.a_tsize = 0; ahdr.a_dsize = 0; ahdr.a_bsize = 0; ahdr.a_entry = 0x10000; ahdr.a_tstart = 0; ahdr.a_dstart = 0; ZERO(scn0); memcpy(&scn0.s_name, .text , 5); scn0.s_paddr = 0x10000; scn0.s_vaddr = 0x10000; scn0.s_size = 4096; scn0.s_scnptr = sizeof(fhdr) + sizeof(ahdr) + (sizeof(scn0)*3); //file offset of .text segment scn0.s_relptr = 0; scn0.s_lnnoptr = 0; scn0.s_nreloc = 0; scn0.s_nlnno = 0; scn0.s_flags = COFF_STYP_TEXT; ZERO(scn1); memcpy(&scn1.s_name, .data , 5); scn1.s_paddr = 0x10000 - 4096; scn1.s_vaddr = 0x10000 - 4096; scn1.s_size = 4096; scn1.s_scnptr = sizeof(fhdr) + sizeof(ahdr) + (sizeof(scn0)*3) + 4096; //file offset of .data segment scn1.s_relptr = 0; scn1.s_lnnoptr = 0; scn1.s_nreloc = 0;

OBJECTIVE FUNCTION VALUE : 1100 = CM SENSITIVITY ANALYSIS OBJECTIVE FUNCTION COEFFICIENTS VARIABLE A B LOWER LIMIT 20 16.67 ORIGINAL COEFFICIENT 25 40 UPPER LIMIT 60 50

17.1 17.2

100 [ns]

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