| Bijendra N. Jain and Ashok K. Agrawala. Open Systems Interconnection: Its Architecture and Protocols. Elsevier, Amsterdam, 1990. |
....is important to have a close look on the parameters available in new networks and to analyze their relevance for a shared information space. The parameters listed above may only be a subset of what is required to be able to control the transmissions of data as much as necessary. Jain and Agrawala [7] give a good classification of a greater number of parameters. 6.3 Accounting mechanisms While QoS parameters are used to specify the requirements for connections, it must also be possible to get accounting information after the transfer of data is completed. This information (including ....
Bijendra N. Jain and Ashok K. Agrawala. Open Systems Interconnection: Its Architecture and Protocols. Elsevier, Amsterdam, 1990.
.... primitives for the S CONNECT service is given by the set SP S Connect fhS; CONNECT; t; vi j t 2 T v 2 V g where T = frequest; indication; response; confirmg and V (SA Theta SA Theta QOS Theta SR) and SA a set of session addresses, QOS a set of quality of service parameters (see [JA90]) and SR is a set of session requirements, i.e. a list of functional units. 3 We assume that the usual OSI layer arithmetic applies, i.e. if N is the Session layer then N Gamma 1 is the Transport layer, and if N is the Physical layer then N Gamma 1 is undefined. 16 Protocol specifications 2 ....
Bijendra Jain and Ashok Agrawala. Open Systems Interconnection: Its Architecture and Protocols. Elsevier, 1990.
....3 depicts their relationships: 1. SRPC Level: This is the highest level. It contains calls that deal with RPC related operations. 2. Remote Operation Level: It contains calls that deal with remote operations. These remote operations follow the definitions of the OSI Application level primitives[12]. 3. Protocol Level: It contains calls that deal with protocol specific operations. 4. Utility Calls: It contains all the utility calls used in different levels. The inner most level is the protocol specific level. It interfaces with the specific protocol entity and the underlying operating system ....
B. N. Jain and A. K. Agrawala. Open Systems Interconnection: Its Architecture and Protocols. Elsevier Science Publishers B.V., The Netherlands, 1990.
....while deferring full definitions to the relevant sections later in the paper. 1. 1 Background A Protocol Reference Model is an abstract description of the communication subsystem of a system and provides the basic framework for the interconnection and communication of two or more systems [29]. The Open Systems Interconnection (OSI) reference model [26, 29, 32] and the model that the TCP IP protocol suite [18, 43, 44] is based on, are examples of such a model. A communication service is a functional component of a protocol reference model. The functionality within a protocol ....
....later in the paper. 1. 1 Background A Protocol Reference Model is an abstract description of the communication subsystem of a system and provides the basic framework for the interconnection and communication of two or more systems [29] The Open Systems Interconnection (OSI) reference model [26, 29, 32], and the model that the TCP IP protocol suite [18, 43, 44] is based on, are examples of such a model. A communication service is a functional component of a protocol reference model. The functionality within a protocol reference model is typically decomposed into layers. Layering is a method of ....
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Bijendra N. Jain and Ashok K. Agrawala. Open Systems Interconnection: Its Architecture and Protocols. McGraw--Hill Series on Computer Communications, 1993.
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