M. O'Nils and A. Jantsch. Communication in hardware /software embedded systems - a taxonomy and problem formulation. In Proceedings of IEEE NORCHIP, Tallin, Estonia, November 1997. Home/Search Document Not in Database Summary Related Articles Check |
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Towards Device Driver Synthesis - Lehmann (2002) (Correct)
....device drivers. The driver adapts two ports: to the application kernel side and to the device side [79] Special services are encapsulated by library functions and the invocation protocol is described by the ProGram language. The access to the device is covered by communication channels. In [76], a classification scheme for interface synthesis and different tools for channel synthesis are evaluated. In the ProGram approach, a simple channel with the read write in combination with the register and device base address is used. The channel implementation is provided by a platform dependent ....
....asynchronously operating communication. In the automaton path the branch is a successor of a trigger. A specification of the exchanged signals by simply tracing the path in an automaton, leads to a specification for synchronous systems. With a synchronous approach for signal exchange according to [82, 76], the synthesis process for an adaptor automaton generates a sequence where the control signal is exchanged after the trigger signal. Here, due to the asynchronous behaviour of the communication channel, the exchange of the control signal can be performed by the channel in time or too late. Thus, ....
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Mattias O'Nils and Axel Jantsch. Communication in Hardware/Software Embedded Systems - a Taxonomy and Problem Formulation. In IEEE NORCHIP, Tallin, Estonia, November 1997. IEEE.
An Implementation Framework for Run-time Reconfigurable Systems - Eisenring, Platzner (2000) Self-citation (Systems) (Correct)
....hardware which increases portability of run time reconfigurable applications to different target architectures. The systems we consider are built of communicating coarse grained hardware objects, typically denoted as FPGA cores and increasingly traded as intellectual property (IP) blocks [6] [7] 8] Typical applications are large signal processing tasks, e.g. processing of video and audio streams, that are executed on limited FPGA resources. Figure 1 shows the structure of our framework. The heart of the framework is formed by the data object repository that captures design data ....
O'NILS, M. and JANTSCH, A. Communication in Hardware/Software Embedded Systems - A Taxonomy and Problem Formulation. In 15th NORCHIP Seminar, Copenhagen, Denmark, pages 67--74, November 1997.
Interface Synthesis : Issues and Approaches - Arvind Rajawat Balakrishnan (2000) (1 citation) (Correct)
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M. O'Nils and A. Jantsch. Communication in hardware /software embedded systems - a taxonomy and problem formulation. In Proceedings of IEEE NORCHIP, Tallin, Estonia, November 1997.
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