By Michel Bidoit, Hans-Jörg Kreowski, Pierre Lescanne, Fernando Orejas, Donald Sannella
Methods for the algebraic specification of summary information kinds have been proposed within the early Seventies within the united states and Canada and have become an immense study factor in Europe almost immediately afterwards. on account that then the algebraic procedure has come to play a primary position in examine on formal specification and improvement, as its variety of functions used to be prolonged to the specification of whole software program structures, to the formal description of this system improvement procedure, and to the uniform definition of syntax and semantics of programming languages. this day this strategy extends past simply software program to the improvement of built-in and software program platforms. those flourishing actions within the region of algebraic standards have resulted in an abundance of methods, theories and ideas, that have common algebra, type conception and common sense as a typical mathematical foundation. This quantity is an annotated bibliography which supplies an up to date evaluation of prior and current paintings on algebraic specification. No try is made to supply a coherent creation to the subject for rookies; the goal is quite to supply a consultant to the present literature for researchers in algebraic specification and neighboring fields. a few symptoms of ways the various techniques are comparable are incorporated, including a few rules referring to attainable destiny directions.
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Extra resources for Algebraic system specification and development: A survey and annotated bibliography
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Chapter 4, entitled Translating Design Pattern Concepts to Hardware Concepts, states that mixed hardware/software systems raise the level of generality of the hardware part and the level of abstraction of the software part of the systems. Thus, they suggest that mainstream software engineering techniques and good practices, such as design patterns, could be used by system designers to design and implement their mixed hardware/software systems. It then presents a proof of concept on translating the solutions of design patterns into hardware concepts to alleviate the system designers work and, thus, to accelerate the design of mixed hardware/software systems.
NET framework in order to simulate a Transaction-based model is given. Chapter 6, entitled Simulation at Cycle Accurate and Transaction Accurate Levels, focuses on the simulation of multiprocessors SoC, including hardware and software parts, and more precisely first on the Cycle Accurate Bit Accurate (CA) level, in which the exact behavior of the communication protocol in terms of signaling is detailed, and the Transaction Accurate (TA) level, in which the communication is Introduction 25 based on transactions that hide the details of the protocol behind function calls.
It has been supervised by Yvon Savaria and El Mostapha Aboulhamid. 1 Introduction Hardware/software electronic systems co-design relies on a well-established cycle, through which designers employ mature development frameworks [188][36] [161][207] that have been deeply supported and improved over the years by industry. Despite such frameworks, hardware/software co-design is currently crossing the border of a major crisis: the size and complexity of current electronic systems that keeps growing deeply affects validation phases of the development process; formal techniques hit irreducible combinatorial explosions, while simulation-based procedures require painfully large execution times [132].