Results 211 to 220 of about 419,821 (262)
Some of the next articles are maybe not open access.
2001
A protocol network is a functional part of a logical network. A protocol network is defined in the D-dimension as a collaboration of protocol elements. Protocol elements communicate according to the rules of a protocol (PR1, PR2 and PR3 in Fig. 5.1).
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A protocol network is a functional part of a logical network. A protocol network is defined in the D-dimension as a collaboration of protocol elements. Protocol elements communicate according to the rules of a protocol (PR1, PR2 and PR3 in Fig. 5.1).
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IEEE Transactions on Information Theory, 1983
Der Aufsatz von Adrian Segall stellt eine vereinheitlichte formale Beschreibungs- und Validierungsmöglichkeit sogenannter Verteilter Protokolle dar. Dabei handelt es sich um Algorithmen, die an räumlich verschiedenen Stellen, den Knoten eines vermaschten Netzes, angeordnet sind und miteinander korrespondieren.
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Der Aufsatz von Adrian Segall stellt eine vereinheitlichte formale Beschreibungs- und Validierungsmöglichkeit sogenannter Verteilter Protokolle dar. Dabei handelt es sich um Algorithmen, die an räumlich verschiedenen Stellen, den Knoten eines vermaschten Netzes, angeordnet sind und miteinander korrespondieren.
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ACM SIGCOMM Computer Communication Review, 2019
There's no way to understand today's networks without knowing the history. Too often, network protocols are taught as 'memorize the details of what is currently deployed', which creates a lot of confusion, and certainly does not encourage critical thinking. Some decisions have made today's networks unnecessarily complex and less functional.
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There's no way to understand today's networks without knowing the history. Too often, network protocols are taught as 'memorize the details of what is currently deployed', which creates a lot of confusion, and certainly does not encourage critical thinking. Some decisions have made today's networks unnecessarily complex and less functional.
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1977
The basic problem of communicating over a computer network can be illustrated by analogy. Imagine that a dozen people know they will be imprisoned, one person per cell. Each cell has a single light panel, featuring a light bulb, on/off buttons, and an ID number.
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The basic problem of communicating over a computer network can be illustrated by analogy. Imagine that a dozen people know they will be imprisoned, one person per cell. Each cell has a single light panel, featuring a light bulb, on/off buttons, and an ID number.
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1988
We present a uniform approach to the description and validation of several known and unknown distributed algorithms for solving control problems in computer networks using unidirectional communication. After introducing two basic protocols, we use these to build algorithms for Resynch [Fi79], Connectivity, Min Hop Routing and Distributed Infimum ...
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We present a uniform approach to the description and validation of several known and unknown distributed algorithms for solving control problems in computer networks using unidirectional communication. After introducing two basic protocols, we use these to build algorithms for Resynch [Fi79], Connectivity, Min Hop Routing and Distributed Infimum ...
openaire +1 more source