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IEEE Transactions on Information Theory, 1990
An inner bound to the capacity region for identification via a broadcast channel with feedback and a soft outer bound to the capacity region of a general broadcast channel without feedback are established, allowing randomized encoding in both cases.
E.C. van der Meulen, B. Verboven
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An inner bound to the capacity region for identification via a broadcast channel with feedback and a soft outer bound to the capacity region of a general broadcast channel without feedback are established, allowing randomized encoding in both cases.
E.C. van der Meulen, B. Verboven
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1981
Broadcast channels have been introduced by Cover in a paper published in 1972 [1] ; as an acknowledgement to the importance of this work he was granted the IEEE award in 1973. By now broadcast channels are firmly established as one of the most relevant channel networks for multi-terminal communication.
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Broadcast channels have been introduced by Cover in a paper published in 1972 [1] ; as an acknowledgement to the importance of this work he was granted the IEEE award in 1973. By now broadcast channels are firmly established as one of the most relevant channel networks for multi-terminal communication.
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Distributed broadcast channel access
Computer Networks (1976), 1979Abstract This paper presents a general approach to sharing a broadcast channel among multiple processors. There are two components to the problem of sharing a single resource: (1) How to specify the usage pattern of the resource; and (2) How to restrict access to the resource so that the specified usage pattern can be realized.
Stephen A. Ward, Aloysius K Mok
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On the multiple antenna broadcast channel
Conference Record of Thirty-Fifth Asilomar Conference on Signals, Systems and Computers (Cat.No.01CH37256), 2001This paper summarizes, with a tutorial flavor, the "quest" for the capacity region of a Gaussian broadcast channel with vector input and scalar outputs, where the channel is linear time-invariant and perfectly known to all terminals. Determining the capacity region of this channel is a challenge, since this model belongs to the class of non-degraded ...
Giuseppe Caire, S. Shamai
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The capacity of a class of broadcast channels [PDF]
IEEE Transactions on Information Theory, 1979 The capacity region is established for those discrete memoryless broadcast channels p(y,z \mid x) for which I(X;Y) \geq I(X;Z) holds for all Input distributions. The capacity region for this class of channels resembles the capacity region for degraded message sets considered by Korner and Marton.
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1978
Let A = {1,..., a}, B = {1,..., b}, and C = {1,..., c}. Let w1(· | ·) be the c.p.f. of a d.m.c. A → B, and w2(· | ·) the c.p.f. of a d.m.c. B → C. Write A n * for the Cartesian product of n A’s, with similar definitions for B n * , C n * , and, later, for D n * .
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Let A = {1,..., a}, B = {1,..., b}, and C = {1,..., c}. Let w1(· | ·) be the c.p.f. of a d.m.c. A → B, and w2(· | ·) the c.p.f. of a d.m.c. B → C. Write A n * for the Cartesian product of n A’s, with similar definitions for B n * , C n * , and, later, for D n * .
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Synchronous atomic broadcast for redundant broadcast channels
Real-Time Systems, 1990We propose a synchronous atomic broadcast protocol for distributed real-time systems based on redundant broadcast channels. The protocol can tolerate a finite number f of concurrent processor crash failures, channel adapter performance failures and channel omission failures. Its message cost is optimal: when no failures occur only f+1 messages are sent
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Case Study of Testing a SoC Design with Mixed EDT Channel Sharing and Channel Broadcasting
IEEE North Atlantic Test Workshop, 2016Xiao Liu +4 more
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IEEE Journal on Selected Areas in Communications, 2016
Fatma Benkhelifa +2 more
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Fatma Benkhelifa +2 more
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