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The Speech Chain
Originally published in 1963, The Speech Chain has been regarded as the classic, easy-to-read introduction to the fundamentals and complexities of speech communication. It provides a foundation for understanding the essential aspects of linguistics, acoustics and anatomy, and explores research and development into digital processing of speech and the use of computers for the generation of artificial speech and speech recognition. This interdisciplinary account will prove invaluable to students with little or no previous exposure to the study of language.
Teleoperation: Numerical Simulation and Experimental Validation
Based on the Lectures given during the Eurocourse on 'Teleoperation: Numerical Simulation and Experimental Validation' held at the Joint Research Centre Ispra, Italy, November 18-22, 1991
Interprocess Communication Protocols for Computer Networks
This thesis focuses on the design and analysis of interprocess communication protocols for networks of computers. Previous research has emphasized system performance at lower levels, within the communication medium itself. This work examines requirements and performance of protocols for communication between processes in the Host computers attached to the communication system. Both the reliability and the efficiency of protocols are discussed. Reliability involves overcoming unreliable network transmission facilities to avoid loss, duplication, or out-of-order delivery of data. Reliability performance goals are defined, and the correctness of different protocol mechanisms in achieving these goals is demonstrated. Consequences of protocol failures (Host crashes) and problems of initializing control mechanisms required for reliable communication are also considered.
TCP resynchronization
This note elaborates the notion of duplicate detection through sequencing and the need for resynchronizing the sequence numbers in use on a full duplex connection uder certain conditions. (Author).
Plug compatible replacement for a bell 303 modem using local twisted pair wire
This note describes a low cost ($275 per end) plug replacement for a Bell 303. 50KB serial modem using local twisted pair wire for transmission. The unit contains a 50 KHz crystal clock and appropriate drivers, receivers, and level shifters to convert the unbalanced local terminal interface to balanced DC signalling for transmission over local twisted pair wire. The note contains a description of the operation of the unit as well as an overview of the subassemblies which comprise the unit and detailed diagrams for each. (Author).
Asynchronous serial interface for connecting a PDP 11 to the ARPANET (BBN 1822).
This report describes an interface to permit the connection of any PDP-11 to either the Packet radio network of the ARPAnet. The interface connects to an IMP on one side, meeting the specifications published in BBN report number 1822, NS RO 16 bit parallel interface (DRV-11 or DR11-C) as described in the DEC peripherals and interfacing handbook. The interface card itself is a double height board (5.2"x 8.5") which can be plugged into any peripheral slot in a PDP-11 backplane. The interface card is connected to the parallel interface card via two cables with Berg 40 pin connectors (DEC H-856) and to the IMP via an Amphenol bayonet connector (48-10R-18-315). All 3 cables and connectors are supplied with the I/O interface card. The parallel interface card (DEC DR11-C or DRV-11) together with the special I/O interface card described in this report comprise the 1822 interface. The report includes descriptions of the operation of circuits, programming, and diagnostics for the 1822 interface.
A distributed algorithm for constructing minimal spanning trees in computer-communication networks
This paper presents a distributed algorithm for constructing minimal spanning trees in computer-communication networks. The algorithm can be executed concurrently and asynchronously by the different computers of the network. This algorithm is also suitable for constructing minimal spanning trees using a multiprocessor computer system. There are many reasons for constructing minimal spanning trees in computer-communication networks since minimal spanning tree routing is useful in distributed operating systems for performing broadcast, in adaptive routing algorithms for transmitting delay estimates, and in other networks like the Packet Radio Network.
