Difference between revisions of "Deliverables"

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* Task 2: '''Program Analyses'''
 
* Task 2: '''Program Analyses'''
** D2-1: ''Static Analysis for Low Level Programs''
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** D2-1: ''Static Analysis for Low Level Programs'' (@T0+18) <!-- March 2016, published ??? -->
    (@T0+18) <!-- March 2016, published ??? -->
+
** D2-2: ''Static Analysis for High Level Programs'' (@T0+32) <!-- May 2017, published ??? -->
** D2-2: ''Static Analysis for High Level Programs''
+
** D2-3: ''Acceleration Techniques'' (@T0+40) <!-- January 2018 -->
    (@T0+32) <!-- May 2017, published ??? -->
+
** D2-3: ''Acceleration Techniques''
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    (@T0+40) <!-- January 2018 -->
+
  
 
* Task 3: '''Refinement Relations'''
 
* Task 3: '''Refinement Relations'''
** D3-1: ''Logical tools for the refinement relation''
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** D3-1: ''Logical tools for the refinement relation'' (@T0+24) <!-- September 2016, published August 2017 -->
    (@T0+24) <!-- September 2016, published August 2017 -->
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** D3-2: ''Static analysis for the refinement relation'' (@T0+32) <!-- May 2017, published August 2017 -->
** D3-2: ''Static analysis for the refinement relation''
+
** D3-3: ''From low level to high level programs'' (@T0+36) <!-- September 2017, published August 2017 -->
    (@T0+32) <!-- May 2017, published August 2017 -->
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** D3-3: ''From low level to high level programs''
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    (@T0+36) <!-- September 2017, published August 2017 -->
+
  
 
* Task 4: '''Tools and case studies'''
 
* Task 4: '''Tools and case studies'''
** [https://www.irif.fr/~sighirea/projects/vecolib/deliverables/d4-1.pdf D4-1]: Case studies
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** [https://www.irif.fr/~sighirea/projects/vecolib/deliverables/d4-1.pdf D4-1]: Case studies (@T0+3) <!-- December 2014, published March 2015 -->
    (@T0+3) <!-- December 2014, published March 2015 -->
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*** [https://www.irif.fr/~sighirea/projects/vecolib/deliverables/cfdlli.tar.gz cfdlli]: Verified implementation of formal doubly linked lists container (@T0+30)
 
*** [https://www.irif.fr/~sighirea/projects/vecolib/deliverables/cfdlli.tar.gz cfdlli]: Verified implementation of formal doubly linked lists container (@T0+30)
 
+
** http://frama-c.com/Changelog.html#Aluminium-20160501 D4.2]: ''Common Logical Domain Interface library CLDI'', integrated as the ''Eva'' abstract interpreter in [http://frama-c.com/Changelog.html#Aluminium-20160501 Frama-C Aluminium ] (@T0+9) <!-- June 2015, published May 2016 -->
** D4.2: ''Common Logical Domain Interface library CLDI'', integrated as the ''Eva'' abstract interpreter in [http://frama-c.com/Changelog.html#Aluminium-20160501 Frama-C Aluminium ]
+
    (@T0+9) <!-- June 2015, published May 2016 -->
+
 
+
 
** D4.3: ''Tools for low level programs''  (@T0+18) <!-- May 2016, published 2016-->
 
** D4.3: ''Tools for low level programs''  (@T0+18) <!-- May 2016, published 2016-->
 
*** SMT-solver for SL+RD: SLIDE and SPEN (see also CVC4SL)
 
*** SMT-solver for SL+RD: SLIDE and SPEN (see also CVC4SL)
 
*** Model-checker based on SL (reprogrammed, see D1.3)
 
*** Model-checker based on SL (reprogrammed, see D1.3)
 
*** Abstract domains for symbolic heaps: CELIA, CELIA4DMA
 
*** Abstract domains for symbolic heaps: CELIA, CELIA4DMA
 
+
** http://frama-c.com/Changelog.html#Aluminium-20160501 D4.4]: ''Generic fixpoint engine'', integrated as module of Frama-C  in [http://frama-c.com/Changelog.html#Aluminium-20160501 Frama-C Aluminium ] (@T0+24) <!-- September 2016, published May 2016 -->
** D4.4: ''Generic fixpoint engine'', integrated as module of Frama-C  in [http://frama-c.com/Changelog.html#Aluminium-20160501 Frama-C Aluminium ]
+
    (@T0+24) <!-- September 2016, published May 2016 -->
+
 
+
 
** D4.5: ''Tools for high level programs'' (@T0+30) <!-- March 2017, reprogrammed -->
 
** D4.5: ''Tools for high level programs'' (@T0+30) <!-- March 2017, reprogrammed -->
 
*** SMT-solver for theories over containers:  [http://vecolib.imag.fr/images/b/bb/Ir-Toussaint-1509.pdf dp4mset]
 
*** SMT-solver for theories over containers:  [http://vecolib.imag.fr/images/b/bb/Ir-Toussaint-1509.pdf dp4mset]
*** Abstract domains for containers (reprogrammed for January 2018)
+
*** Abstract domains for containers (reprogrammed for December 2017)
 
+
 
** D4.6: ''Tools for the refinement relation'' (@T0+42) <!-- March 2018 -->
 
** D4.6: ''Tools for the refinement relation'' (@T0+42) <!-- March 2018 -->

Revision as of 11:20, 22 August 2017

This page lists the deliverables of the project:

  • Task 1: Logical tools
    • D1-1: Decision Procedures for Separation Logic (@T0+6)
    • D1-2: Decision Procedures for Containers (@T0+12)
      • (annexes: 1, 2)
    • D1-3: Interpolation for Separation Logics (@T0+24)
    • D1-4: Bi-abduction for Separation Logics (@T0+36)
  • Task 2: Program Analyses
    • D2-1: Static Analysis for Low Level Programs (@T0+18)
    • D2-2: Static Analysis for High Level Programs (@T0+32)
    • D2-3: Acceleration Techniques (@T0+40)
  • Task 3: Refinement Relations
    • D3-1: Logical tools for the refinement relation (@T0+24)
    • D3-2: Static analysis for the refinement relation (@T0+32)
    • D3-3: From low level to high level programs (@T0+36)
  • Task 4: Tools and case studies
    • D4-1: Case studies (@T0+3)
      • cfdlli: Verified implementation of formal doubly linked lists container (@T0+30)
    • http://frama-c.com/Changelog.html#Aluminium-20160501 D4.2]: Common Logical Domain Interface library CLDI, integrated as the Eva abstract interpreter in Frama-C Aluminium (@T0+9)
    • D4.3: Tools for low level programs (@T0+18)
      • SMT-solver for SL+RD: SLIDE and SPEN (see also CVC4SL)
      • Model-checker based on SL (reprogrammed, see D1.3)
      • Abstract domains for symbolic heaps: CELIA, CELIA4DMA
    • http://frama-c.com/Changelog.html#Aluminium-20160501 D4.4]: Generic fixpoint engine, integrated as module of Frama-C in Frama-C Aluminium (@T0+24)
    • D4.5: Tools for high level programs (@T0+30)
      • SMT-solver for theories over containers: dp4mset
      • Abstract domains for containers (reprogrammed for December 2017)
    • D4.6: Tools for the refinement relation (@T0+42)