All Stories

  1. Theoretical and Practical Approach to the Soundness and Completeness of Operational Semantics based on Denotational Semantics for MDESL
  2. Museum Websites of the First Wave: The rise of the virtual museum
  3. Turing's Sunflowers: Public research and the role of museums
  4. Computing the Future: Digital encounters in art and science when da Vinci meets Turing
  5. The Digital Renaissance from da Vinci to Turing
  6. Gerard O’Regan: Concise Guide to Formal Methods: Theory, Fundamentals and Industry Applications
  7. Theoretical and Practical Aspects of Linking Operational and Algebraic Semantics for MDESL
  8. The Impact of Alan Turing: Formal Methods and Beyond
  9. Egon Börger and Alexander Raschke: Modeling companion for software practitioners
  10. Formality, Agility, Security, and Evolution in Software Engineering
  11. Superscalar Encrypted RISC: The Measure of a Secret Computer
  12. Digital Futures: Exhibits at EVA London 2018
  13. Of Museums and Digital Culture: A landscape view
  14. States of Being: Art and identity in digital space and time
  15. Turing’s Genius – Defining an apt microcosm
  16. The Secret Processor Will Go to the Ball: Benchmark Insider-Proof Encrypted Computing
  17. On Security in Encrypted Computing
  18. Encrypted computing: Speed, security and provable obfuscation against insiders
  19. Alan Turing: Founder of Computer Science
  20. Engineering Trustworthy Software Systems
  21. On Obfuscating Compilation for Encrypted Computing
  22. Provably Correct Systems
  23. Provably Correct Systems: Community, Connections, and Citations
  24. Unifying Theories of Programming
  25. Component-Based Modelling for Scalable Smart City Systems Interoperability: A Case Study on Integrating Energy Demand Response Systems
  26. Curating Digital Life and Culture: Art and information
  27. From Analogue to Digital in Literature and Art
  28. Creative visualisation in chemistry
  29. Alan Turing: Virtuosity and Visualisation
  30. A Fully Encrypted Microprocessor The Secret Computer is Nearly Here
  31. A Practical Encrypted Microprocessor
  32. The Z Notation: Whence the Cause and Whither the Course?
  33. It began with Babbage: the genesis of computer science, by Subrata Dasgupta
  34. Galois Connections: Mathematics, Art, and Archives
  35. Processor Rescue
  36. Avoiding Hardware Aliasing: Verifying RISC Machine and Assembly Code for Encrypted Computing
  37. Formality, Agility, Security, and Evolution in Software Development
  38. Digitalism: The New Realism?
  39. Component-based modelling for sustainable and scalable smart meter networks
  40. Empirical Patterns in Google Scholar Citation Counts
  41. Idea: Towards a Working Fully Homomorphic Crypto-processor
  42. Certifying Machine Code Safe from Hardware Aliasing: RISC is Not Necessarily Risky
  43. Museums and Technology: Being Inclusive Helps Accessibility for All
  44. Editorial
  45. Electronic Visualisation in Arts and Culture
  46. Erratum: A Fully Homomorphic Crypto-Processor Design
  47. A Fully Homomorphic Crypto-Processor Design
  48. A Relational Approach to an Algebraic Community: From Paul Erdős to He Jifeng
  49. Theory and Practice of Model Transformations
  50. Foreword
  51. Ten Commandments of Formal Methods… Ten Years On
  52. Typed Assembler for a RISC Crypto-Processor
  53. Linking operational semantics and algebraic semantics for a probabilistic timed shared-variable language
  54. Algebraic approach to linking the semantics of web services
  55. From a Community of Practice to a Body of Knowledge: A Case Study of the Formal Methods Community
  56. Creating online collaborative environments for museums: a case study of a museum wiki
  57. Formal Requirements Specification
  58. Editorial
  59. What does autonomic arousal tell us about locomotor learning?
  60. Linking denotational semantics with operational semantics for web services
  61. Formal Methods: State of the Art and New Directions
  62. Animating the Link Between Operational Semantics and Algebraic Semantics for a Probabilistic Timed Shared-Variable Language
  63. Formal Versus Agile: Survival of the Fittest
  64. PTSC: probability, time and shared-variable concurrency
  65. Using formal specifications to support testing
  66. Communicating the public understanding of science: the Royal Society website
  67. Ten Commandments Ten Years On: Lessons for ASM, B, Z and VSR-net
  68. From algebraic semantics to denotational semantics for Verilog
  69. Software engineering and formal methods
  70. Formal Methods and Testing
  71. Abstract State Machines, B and Z
  72. Formalization of Data Flow Computing and a Coinductive Approach to Verifying Flowware Synthesis
  73. Personalization Issues for Science Museum Web Sites and E-Learning
  74. Temporal Changes in Myocardial Salvage Kinases During Reperfusion Following Ischemia: Studies Involving the Cardioprotective Adipocytokine Apelin
  75. Algebraic Approach to Linking the Semantics of Web Services
  76. Modeling and Verification of TTCAN Startup Protocol Using Synchronous Calendar
  77. Test conditions for fault classes in Boolean specifications
  78. Algebraic Approach to Operational Semantics and Observation-Oriented Semantics for a Timed Shared-Variable Language with Probability
  79. A Formal Approach to Aspect-Oriented Modular Reconfigurable Computing
  80. Formalization and assessment of regulatory requirements for safety-critical software
  81. Integrating Probability with Time and Shared-Variable Concurrency
  82. From MC/DC to RC/DC: formalization and analysis of control-flow testing criteria
  83. Z
  84. Handbook of Research on Literacy in Technology at the K-12 Level
  85. Ten Commandments of Formal Methods ...Ten Years Later
  86. Ten commandments revisited
  87. Continuity aspects of embedded reconfigurable computing
  88. A formal analysis of MCDC and RCDC test criteria
  89. Ordering Mutants to Minimise Test Effort in Mutation Testing
  90. RETRACTED: On the Visual Representation of Configuration in Reconfigurable Computing
  91. Experimental evaluation of the tolerance for control‐flow test criteria
  92. Web‐based discussion groups at stake: the profile of museum professionals online
  93. An algorithmic approach by heuristics to dynamical reconfiguration of logic resources on reconfigurable FPGAs
  94. ZB 2003: Formal Specification and Development in Z and B
  95. Weaving the museum web: the Virtual Library museums pages
  96. ZB 2002:Formal Specification and Development in Z and B
  97. Reinforced Condition/Decision Coverage (RC/DC): A New Criterion for Software Testing
  98. Soundness, Completeness and Non-redundancy of Operational Semantics for Verilog Based on Denotational Semantics
  99. As responsabilidades do editor de um periódico científico
  100. Experience teaching Z with tool and web support
  101. Z: A Formal Specification Notation
  102. From Operational Semantics to Denotational Semantics for Verilog
  103. Ethical issues in computer-based safety-critical systems
  104. The Virtual Museum
  105. Combining Operational Semantics, Logic Programming and Literate Programming in the Specification and Animation of the Verilog Hardware Description Language
  106. Only connect
  107. Industrial-Strength Formal Methods in Practice
  108. High-Integrity System Specification and Design
  109. It’s Greek to Me: Method in the Madness?
  110. Formal Methods
  111. Real-Time and Safety-Critical Systems
  112. Concurrent and Distributed Systems
  113. Integrating Methods
  114. Reasoning about VHDL and VHDL-AMS using denotational semantics
  115. Visiteurs virtuels et musées virtuels
  116. Comp.specification.z and Z FORUM Frequently Asked Questions
  117. Z on the Web Using Java
  118. ZUM '98: The Z Formal Specification Notation
  119. Select Z Bibliography
  120. Preface
  121. Compositional Specification of Controllers for Batch Process Operations
  122. Inconsistency and Undefinedness in Z – A Practical Guide
  123. Object-Oriented Specification of Hybrid Systems Using UML h and ZimOO
  124. ZUM ’98: The Z Formal Specification Notation
  125. The World Wide Web and the Virtual Library museums pages
  126. ZUM '97: The Z Formal Specification Notation
  127. The World Wide Web and the Virtual Library museums pages
  128. Select Z bibliography
  129. Comp.specification.z and Z FORUM frequently asked questions
  130. Formal methods in knowledge engineering by M. Aben, University of Amsterdam, Netherlands, pp 236, ISBN 90-5470-028-9.
  131. Book reviews
  132. A prettier compiler‐compiler: Generating higher‐order parsers in C
  133. The World Wide Web Virtual Library of museums
  134. Seven more myths of formal methods
  135. Editorial
  136. A shallow embedding of Z in HOL
  137. Report on Z user meeting (ZUM '94)
  138. Annotated Z bibliography
  139. Glossary of Z notation
  140. Ten commandments of formal methods
  141. ZUM '95: The Z Formal Specification Notation
  142. Select Z bibliography
  143. Comp.specification.z and Z forum frequently asked questions
  144. Seven deadly sins
  145. Specification, Verification and Prototyping of an Optimized Compiler
  146. Decompilation: the enumeration of types and grammars
  147. Z and HOL
  148. Personal view: Formal methods: epideictic or apodeictic?
  149. Towards Correct Executable Semantics for Z
  150. Seven more myths of formal methods: Dispelling industrial prejudices
  151. Transfer into Industrial Design
  152. Hardware Compilation
  153. Overview of the Project
  154. Preface
  155. Towards Verified Systems
  156. Report on Z user meeting
  157. A compendium of formal techniques for software maintenance
  158. Safety-critical systems, formal methods and standards
  159. The industrial take-up of formal methods in safety-critical and other areas: A perspective
  160. Developing Correct Systems
  161. From programs to object code and back again using logic programming: Compilation and decompilation
  162. Formal Methods and Software Safety
  163. X: Why Z?
  164. Select Z Bibliography
  165. From Programs to Object Code using Logic and Logic Programming
  166. FORMAL METHODS AND SOFTWARE SAFETY
  167. Time interval semantics and implementation of a real-time programming language
  168. Constructing predictable real time systems
  169. Selected Z Bibliography
  170. Metrics and Measurement of Specifications Written in Z
  171. Formal specification of the ProCoS/safemos instruction set
  172. Distributed operating systems
  173. An Algebraic Approach to Verifiable Compiling Specification and Prototyping of the Procos Level 0 Programming Language
  174. Contributors
  175. POS—formal specification of a UNIX tool
  176. The specification of computer programs
  177. More books about assembler and 16-bit micros
  178. More books about assembler and 16-bit micros
  179. Formal specification and documentation of microprocessor instruction sets
  180. Microprocessor interfacing and communication using the Intel SDK-85
  181. Distributed computing software project
  182. A user-friendly interface adapter
  183. Microprocessors
  184. Microprocessor I/O emulation facilities
  185. Standard microprocessor programming cards
  186. Algorithms, software and hardware of parallel computers
  187. Microprocessors: hardware and applications
  188. Software/hardware integration on microprocessors
  189. An Algebraic Approach to Hardware Compilation
  190. Virtual Collaboration and Community
  191. Towards a provably correct hardware implementation of occam
  192. An approach to verifiable compiling specification and prototyping
  193. Introduction to Formal Methods
  194. Personalization Issues for Science Museum Web Sites and E-Learning
  195. Personalization Issues for Science Museum Web Sites and E-learning
  196. Virtual Collaboration and Community
  197. Gender Issues in HCI Design for Web Access
  198. From MC/DC to RC/DC: Formalization and Analysis of Control-Flow Testing Criteria
  199. Gender Issues in HCI Design for Web Access
  200. The Development of Science Museum Web Sites
  201. Personalization Issues for Science Museum Web Sites and E-Learning
  202. Gender Issues in HCI Design for Web Access
  203. Z on the Web using Java
  204. From algebraic semantics to denotational semantics for Verilog
  205. A Provable Algorithm for Reconfiguration in Embedded Reconfigurable Computing
  206. Semantics of RTL and Validation of Synthesized RTL Designs Using Formal Verification in Reconfigurable Computing Systems
  207. Experimental evaluation of the variation in effectiveness for DC, FPC and MC/DC test criteria
  208. Tolerance of control-flow testing criteria
  209. FORTEST: formal methods and testing
  210. Deriving operational semantics from denotational semantics for Verilog
  211. Formalization of software testing criteria using the Z notation
  212. An animatable operational semantics of the Verilog hardware description language
  213. Reasoning about VHD3L and VHDL-AMS using denotational semantics