Mercurial > hg > Papers > 2015 > kaito-lola

comparison presentation/presen.html @ 23:5fa7d8240579

Find changesets by keywords (author, files, the commit message), revision number or hash, or revset expression.
fixxxxxx
author Kaito Tokumori <e105711@ie.u-ryukyu.ac.jp>
date Sun, 05 Jul 2015 03:27:07 +0900
parents 26e2376219e0
children 9d2adb662adb
comparison
equal deleted inserted replaced
22:26e2376219e0 23:5fa7d8240579
188 <h2>code segment syntax with data segments</h2> 188 <h2>code segment syntax with data segments</h2>
189 <p>data segments are arguments of a code segment and a goto statement.</p> 189 <p>data segments are arguments of a code segment and a goto statement.</p>
190 <table border='1' align='center' width='80%'> 190 <table border='1' align='center' width='80%'>
191 <tr><td width='50%'> 191 <tr><td width='50%'>
192 <pre class='small_code'> 192 <pre class='small_code'>
193 __code code1(struct Allocate* allocate, 193 __code code1(<font color='red'>struct Allocate* allocate,
194 struct Element* element) { 194 struct Element* element</font>) {
195 element ->value = 10; 195 element ->value = 10;
196 struct List* list = (struct List *)malloc(sizeof( struct List)); 196 struct List* list = (struct List *)malloc(sizeof( struct List));
197 goto append(allocate,list, element); 197 goto append(<font color='red'>allocate,list, element</font>);
198 } 198 }
199 199
200 __code append(struct Allocate* allocate, struct List* list, struct Element* element) { 200 __code append(struct Allocate* allocate, struct List* list, struct Element* element) {
201 if(list->head) { 201 if(list->head) {
202 list->tail->next = element; 202 list->tail->next = element;
206 list->tail = element; 206 list->tail = element;
207 list->tail->next = 0; 207 list->tail->next = 0;
208 goto code2(allocate,list, element); 208 goto code2(allocate,list, element);
209 } 209 }
210 </pre> 210 </pre>
211 </td><td valign='top'> 211 </tr>
212 </td></tr>
213 </table> 212 </table>
214 </div> 213 </div>
215 214
216 <div class='slide'> 215 <div class='slide'>
217 <h2>CbC meta computation</h2> 216 <h2>CbC meta computation</h2>
448 <tr><td valign='top'> 447 <tr><td valign='top'>
449 <ul> 448 <ul>
450 <li>Use new keywords __return and __environment. 449 <li>Use new keywords __return and __environment.
451 <li>__return is a code segment pointer for C functions caller. 450 <li>__return is a code segment pointer for C functions caller.
452 <li>__environment is a environment for C functions caller. 451 <li>__environment is a environment for C functions caller.
453 <li>G use a continuation with environments to return main function. 452 <li>G use a continuation with environments to return main function (f's caller).
454 </ul> 453 </ul>
455 <td style="border: double;"> 454 <td style="border: double;">
456 <pre class='small_code'><div class='highlight'>__code g(int n,__code(*exit_code)(int,void *),void *exit_env){ 455 <pre class='small_code'><div class='highlight'>__code g(int n,__code(*exit_code)(int,void *),void *exit_env){
457 printf("code1 : code entry1\n"); 456 printf("code1 : code entry1\n");
458 goto exit_code(n,exit_env); 457 goto exit_code(n,exit_env);
541 <div class='slide'> 540 <div class='slide'>
542 <h2>Usage of CbC : as an instruction description</h2> 541 <h2>Usage of CbC : as an instruction description</h2>
543 <p>CbC can be used as a hardware description language (RTL level)</p> 542 <p>CbC can be used as a hardware description language (RTL level)</p>
544 <ul> 543 <ul>
545 <li>VU (Vector unit) in PS2 544 <li>VU (Vector unit) in PS2
546 <li>SPU (Sound Processing Unit) in PS3 545 <li>SPU (Synergistic Processing Unit) in PS3
547 </ul> 546 </ul>
548 </div> 547 </div>
549 548
550 <div class='slide'> 549 <div class='slide'>
551 <h2>Usage of CbC : Parallel Task representation</h2> 550 <h2>Usage of CbC : Parallel Task representation</h2>