IRA is a 7-bit code that allows 128 characters to be defined. In the 1970s, many news papers received stories from the wire services in a 6-bit code called TTS. This code carried upper and lowercase characters as well as many special characters and for matting commands. The typical TTS character set allowed over 100 characters to be defined. How do you think this could be accomplished?

IRA is a 7-bit code that allows 128 characters to be defined. In the 1970s, many news papers received stories from the wire services in a 6-bit code called TTS. This code carried upper and lowercase characters as well as many special characters and for matting commands. The typical TTS character set allowed over 100 characters to be defined. How do you think this could be accomplished?

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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IRA is a 7-bit code that allows 128 characters to be defined. In the 1970s, many
news papers received stories from the wire services in a 6-bit code called TTS.
This code carried upper and lowercase characters as well as many special
characters and for matting commands. The typical TTS character set allowed
over 100 characters to be defined. How do you think this could be accomplished?

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Does anybody know how many different domains can be represented in a 32-bit representation? It is presently unknown what the maximum number of machines that may belong to a domain is.
IRA is a 7-bit code that allows 128 characters to be defined. In the 1970s, many news papers received stories from the wire services in a 6-bit code called TTS. This code carried upper and lowercase characters as well as many special characters and for matting commands. The typical TTS character set allowed over 100 characters to be defined. How do you think this could be accomplished?