| M. Hall, M. Towfiq, G. Arnold, D. Treadwell and H. Sanders, `Windows sockets: an open interface for network programming under Microsoft Windows', Version 1.1, January 1993. |
.... unit comprises a generic module for sending and receiving SNMP messages using the User Datagram Protocol Internet Protocol (UDP IP) UDP] For this purpose, the TCP IP Trumpet protocol stack and sockets interface for Microsoft Windows is used [Trumpet] following the Windows Sockets specification [WinSock]. Included in this unit there are also an ASN.1 module composed by several functions that are used for decoding SNMP messages into internal structures and the encoding (serialisation) of these internal structures into octet sequences using the Basic Encoding Rules (BER) of ASN.1 [ASN1] The SNMP ....
M.Hall, M.Towfiq, G.Arnold, D.Treadwell, H.Sanders, "Windows Sockets - An Open Interface for Network Programming under Microsoft Windows - version 1.1", January 1993
....for managing multiple TCP IP connections with the mobile robot servers. To implement TCP IP compliant networking, the Client code makes use of the well known Windows implementation of the Berkeley sockets API known as Winsock. The specification for the Winsock API is in the public domain [18] and its associated libraries and header files are distributed with most Windows C Programming environments, including Borland C## as used for this work. While programming using Berkeley sockets is generally regarded as challenging, developing Winsock applications is even more so because of the ....
M. Hall, M. Towfiq, G. Arnold, D. Treadwell, H. Sanders, Windows Sockets: An Open Interface for Network Programming under Microsoft Windows, Version 1.1, January 1993.
....[23,24] which implies that VxD implementation always performs much better than TSR. Our current implementation of BDL, MRDP, and VTP all run in the System VM within Windows, which supports only non preemptive multitasking. The current BDL implementation is based on Windows Socket (WinSock) [25] mechanisms. The asynchronous mode in WinSock is message driven which has a large overhead. We may be able to boost the system performance by implementing BDL as a VxD. 5.3 Burst mode vs. Asynchronous mode I O In developing VTP, we have implemented two approaches to receive data packets, one ....
M. Hall, M. Towfiq, G. Arnold, D. Treadwell, H. Sanders. Windows Sockets - An Open Interface for Network Programming under Mircosoft Windows, Version 1.1. 20 January 1993.
....required network applications. The industry acceptance of the Sockets API meant that it was supported by all the operating systems of the project making platform ports fairly straightforward. Details of the usage of the UNIX, Windows, and Novell Sockets API implementation can be found in [8] 9] [10], and [11] Figure 3 shows the messages passed between the client and server programs. Initially, the client program on the candidate s computer creates a temporary file of the format specified above. Once the necessary formatting and encryption has taken place, the client program tries to connect ....
Martin Hall, Mark Towfiq, Geoff Arnold, David Thread, and Henry Sanders, Windows Sockets: An Open Interface for Network Programming under Microsoft Windows, Obtained from http://www.stardust.com/wsresource/winsock1/ wsdocs.html, 1993.
....we are currently running primarily Microsoft Windows, and are using FTP Software s PC TCP implementation of the TCP IP networking protocols. PC TCP provides a number of Internet applications, including telnet, FTP, and electronic mail, and is compatible with the Windows Sockets (WinSock) API [8]. We are also running the NetBSD version of Unix on the mobile computers using CDPD in some research projects. The Ubiquity 1000 modem provides a serial port interface to the IBM ThinkPad through the floppy disk drive connector inside the ThinkPad s case. The modem implements the Serial Line IP ....
Martin Hall, Mark Towfig, Geoff Arnold, David Treadwell, and Harry Sanders. Windows Sockets: An open interface for network programming under Microsoft Windows. Version 1.1, January 1993.
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M. Hall, M. Towfiq, G. Arnold, D. Treadwell and H. Sanders, `Windows sockets: an open interface for network programming under Microsoft Windows', Version 1.1, January 1993.
No context found.
Hall, M., et al. Windows Sockets: An Open Interface for Network Programming Under Microsoft Windows, Version 1.1, Revision A, 1993
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Martin Hall, Mark Towfiq, Geoff Arnold, David Treadwell, and Henry Sanders. Windows Sockets: An Open Interface for Network Programming under Microsoft Windows, version 1.1 edition, January 1993. Available via anonymous ftp from microdyne.com:/pub/winsock.
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M. Hall, M. Towfig, G. Arnold, D. Treawell, and H. Sanders. Windows Sockets: An Open Interface for Network Programming under Microsoft Windows. Version 1.1, January 1993.
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