DOCSLIB.ORG

Telecom) Terms Glossary and Dictionary - A

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Telecom) Terms Glossary and Dictionary - A Tele-Communication (Telecom) Terms Glossary and Dictionary - A A & B Bit A & B Bit is used in digital environments to convey signaling information. A bit equal to one generally corresponds to loop current flowing in an analog environment; A bit value of zero corresponds to no loop Current, i.e. to no connection. Other signals are made by changing bit values: for example, a flash-hook is sent by briefly setting the A bit to zero. A Links A Links, also known as SS7 access links, connect an end office or signal point to a mated pair of signal transfer points. They may also connect signal transfer points and signal control points at the regional level with the A-links assigned in a quad arrangement. A&B Bit Signaling A&B Bit Signaling, also called 24th channel signaling, is a procedure used in T1 transmission facilities in which each of the 24Â T1 subchannels devotes 1 bit of every sixth frame to the carrying of supervisory signaling information. On T1 lines that use Extended SuperFrame(ESF) framing, the signaling bits are robbed from the 6th, 12th, 18th, and 24th frame, resulting in "ABCD" signaling bits. ABAM cable ABAM cable refers to a type of T1 cable. This cable was a 22 gauge, 100 ohm insulated, twisted pair. ABAM cable is no longer available, but you can easily find cable that meets the technical requirements. Abandoned Call Abandoned Call is a call in which the call originator disconnects or cancels the call after a connection has been made, but before the call is established. Abandonment Abandonment refers to the network replacement of a connect signal with an on-hook signal (network) prior to receiving a CI (customer installation) answer signal. Abandonment is the only way to end an unanswered call attempt. Abbreviated Address Abbreviated Address is an address that has fewer characters than the full address, usually for special communications and other services or for certain users. Examples of abbreviated addresses are (A) a four-digit telephone number for a user calling another user connected to the same switching exchange, and (B) message addresses that have only the addressee name and station code or number. Abbreviated Address Calling Abbreviated Address Calling is a calling that enables a user to employ an address having fewer characters than the full address when initiating a call. Communications network users may be allowed to designate a given number of abbreviated address codes. The allocation of the abbreviated address codes to a destination or group of destinations may be changed as required, by means of a suitable procedure. Abbreviated Dialing Abbreviated Dialing is a telephone feature (synonym speed dialing ) that (A) permits the user to dial fewer digits to access a network than are required under the nominal numbering plan, and (B) is limited to a subscriber-selected set of frequently dialed numbers. ABCD Signaling ABCD signaling is a 4-bit telephony line signaling coding in which each letter represents 1 of the 4 bits. This often is associated with CAS or robbed-bit signaling on a T1 or E1 telephony trunk. ABCD Signaling Bits ABCD Signaling Bits, also refered as ABCD Bits, are 4-bits telephony line signaling coding in which each letter represents 1 of the 4 bits. The implementations of ABCD signaling are different in E1 and T1 digital trunks. On E1, ABCD bit values may be used to signal an incoming call, disconnect, seize and so on, They are closely analogous to the A and Bits commonly used on T-1 digital trunks. On E1, there are 32 channels (time-slots) in contrast to 24 channels on T-1, hence the faster bit rate of 2.048 MHz versus 1.544 MHz for T-1. On E1, channels 0 and 16 are used to carry the ABCD bits and synchronization (framing) bits; hence only 30 channels are available for audio conversations. On T-1 digital trunks, the ABCD Signaling Bits implements the robbed bit signaling. ABCD Tones ABCD Tones are simply additional DTMF tones that may be used in any way the standard (0-9) tones are used. The ABCD Tones are used in the U.S. Military telephone network (Aoto Von), in some Automatic Call Distributor (ACD) systems, for control messages in some PBX systems, and in some amateur radio auto-patches. ABDN: Attendant Blocking of Directory Number Attendant Blocking of Directory Number (ABDN) is a feature of telephone service enables the attendant to block a DN (Directory Number) for a telephone from receiving to making calls. This is particularly useful when a caller dials the attendant DN and requests an external (long distance) call. If the caller chooses to disconnect until the attendant successfully places the call, the requesting DN becomes idle and can receive or make calls. Therefore, the requesting DN could be busy when the attendant establishes the requested call. Absent Subscriber Service Absent Subscriber Service is a telephone service provided by local telephone carriers to customers who will be away for a period of time and want to stop the service without losing their telephone number . The calls to the subscriber will be intercepted by a live operator or a machine and a message will be delivered. When the customers come back, they will get their old number. But in the meantime, while they are away, they pay less money per month than they would for normal phone service. Absolute Delay Absolute delay refers to the following: 1. The time interval or phase difference between transmission and reception of a signal. 2. The total time between the instant a bit enters the network and the instant a corresponding bit exists the network Absorption Band Absorption Band is a range of wavelengths (or, equivalently, frequencies) in the electromagnetic spectrum within which electromagnetic energy is absorbed by a substance. When the absorbing substance is a polyatomic gas, an absorption band actually is composed of a group of discrete absorption lines which appear to overlap. Each line is associated with a particular mode of vibration or rotation induced in a gas molecule by the incident radiation. Absorption Coefficient Absorption coefficient is measure of the attenuation caused by absorption of energy that results from its passage through a medium. Absorption coefficients are usually expressed in units of reciprocal distance. The sum of the absorption coefficient and the scattering coefficient is the attenuation coefficient. Absorption Spectrum Absorption Spectrum is a diagram which shows the wavelengths of electromagnetic radiation absorbed by a material. The material could be a gas, a solute or a solid. An absorption spectrum is, in a sense, the inverse of an emission spectrum. AC/DC Ringing AC/DC Ringing refers to telephone ringing that use both ac and dc voltages and currents. AC: Access Code Access Code (AC) refers to a set of digits or numbers besides regular telephone number dialed on the telephone in order to access some telephone related services. For instance, some phone needs to dial 9 to "access outside line", some long distance carrier needs a special set of code to be connected, etc. ACA: Automatic Circuit Assurance Automatic Circuit Assurance (ACA) is a PBX feature that helps one to identify bad trunks. The PBX keeps records of calls of very short and very long duration. If these calls exceed a certain parameter, the attendant is notified. The logic is that a lot of very short calls or one very long call may snidest that a trunk is hung, broken or out of order, The attendant can then physically dial into that trunk and check it. ACB: Automatic Call Back Automatic Call Back (ACB) is a telephone feature that allows one to instruct the telephone system to retain the called and calling numbers, when encountering a busy situation, to reestablish the call when there is an available line. Access Attempt Access Attempt is the process by which one or more users interact with a telecommunications system to enable initiation of user information transfer. An access attempt begins with an issuance of an access request by an access originator and ends either in successful access or in access failure. Access Charge Access Charge is the charge or fees imposed by a communications service or telephone company for the use of its network. Access Failure Access Failure refers to an unsuccessful access in a telecommunications system that results in termination of an access attempt in any manner other than initiation of user information transfer between the intended source and destination (sink) within the specified maximum access time Access Group Access Group refers to a set of phones or terminals that have the same permission to access the phone system, computers and networks. Access Line Access Line refers to a transmission path that continuously connects a subscriber's premises to a switching center, common carrier operating center, or teleprocessing system. Access Link Access link is the local line connecting customer to the central office switch, giving access to a PSTN carrier who will provide the customer dial tone or private line communications services. The access link may be a T1 line, a DSL connection, a cable (CATV) network, a broadband wireless link, or a metro-Ethernet connection. Access Number Access Number refers to "dial-up Numbers" to access to an local Internet Service Provider. Access Protection Access Protection refers to the process or means to protect a telephone system local loop against possible outages and failures. Access Rate Access Rate refers to the maximum data transmission rate over the access link in a typical network like former AT&T hikes cable access rate. Account Code Account Code is a numeric code that must be entered to dial long distance numbers in some companies to control telephone billing.
Load more

Recommended publications
  • Outline of Numbering in Japan
    OutlineOutline ofof NumberingNumbering inin JapanJapan April 2010 SATO Kenji JICA Expert 1 ContentsContents 1. Outline of Current Situation and Basic Policy of Numbering 2. MNP (Mobile Number Portability) 3. Numbering Issues for NGN Era - FMC (Fixed Mobile Convergence) - ENUM 2 1.Outline of Current Situation and Basic Policy of Numbering 3 Telecommunications Number History in Japan Until 1985 NTT (Public company) managed all telecommunications numbers 1985 Liberalization of telecommunication sector Privatization of NTT New companies started telecommunications business. Big Bang of Telecommunications business. Necessity for Making telecommunications business rules. Telecommunications Numbers were defined on regulation for telecommunications facilities (1985) 4 The Function of Number - Service identification (Fixed? Mobile?) - Location identification (Near? Far?) - Tariff identification (If far, charge is high) - Quality identification (If fixed, better than mobile) - Social trust identification 5 Regulations for Telecommunication Numbers Telecommunication Business Law Article 50 (Standards for Telecommunications Numbers) (1) When any telecommunications carrier provides telecommunications services by using telecommunications numbers (numbers, signs or other codes that telecommunications carriers use in providing their telecommunications services, for identifying telecommunications facilities in order to connect places of transmission with places of reception, or identifying types or content of telecommunications services to provide; hereinafter the same shall apply), it shall ensure that its telecommunications numbers conform to the standards specified by an Ordinance of the Ministry of Internal Affairs and Communications. (2) The standards set forth in the preceding paragraph shall be specified so as to ensure the following matters: (i) The telecommunications numbers shall make it possible for telecommunications carriers and users to clearly and easily identify telecommunications facilities or types or content of the telecommunications services.
    [Show full text]
  • Digital Switching Systems, I.E., System Testing and Accep- Tance and System Maintenance and Support
    SSyyed Riifffat AAlli DDiiggiittaall SSwwiittcchhiinngg SSyysstteemmss ((Syystemm Reliaabbiilliittyy aandd AAnnalysis) Bell Communications Research, Inc. Piscataway, New Jersey McGraw-Hill, Inc. New York • San Francisco • Washington, DC. Auckland • BogotA • Cara- cas • Lisbon • London Madrid • Mexico City • Milan • Montreal • New Delhi San Juan • Singapore • Sydney • Tokyo • Toronto 2 PREFACE The motive of this book is to expose practicing telephone engineers and other graduate engineers to the art of digital switching system (DSS) analysis. The concept of applying system analysis techniques to the digital switching sys- tems as discussed in this book evolved during the divestiture period of the Bell Operating Companies (BOCs) from AT&T. Bell Communications Research, Inc. (Bellcore), formed in 1984 as a research and engineering company support- ing the BOCs, now known as the seven Regional Bell Operating Companies (RBOCs), conducted analysis of digital switching system products to ascertain compatibility with the network. Since then Bellcore has evolved into a global provider of communications software, engineering, and consulting services. The author has primarily depended on his field experience in writing this book and has extensively used engineering and various symposium publications and advice from many subject matter experts at Bellcore. This book is divided into six basic categories. Chapters 1, 2, 3, and 4 cover digital switching system hardware, and Chaps. 5 and 6 cover software ar- chitectures and their impact on switching system reliability. Chapter 7 primarily covers field aspects of digital switching systems, i.e., system testing and accep- tance and system maintenance and support. Chapter 8 covers networked aspects of the digital switching system, including STf SCP, and AIN.
    [Show full text]
  • The Great Telecom Meltdown for a Listing of Recent Titles in the Artech House Telecommunications Library, Turn to the Back of This Book
    The Great Telecom Meltdown For a listing of recent titles in the Artech House Telecommunications Library, turn to the back of this book. The Great Telecom Meltdown Fred R. Goldstein a r techhouse. com Library of Congress Cataloging-in-Publication Data A catalog record for this book is available from the U.S. Library of Congress. British Library Cataloguing in Publication Data Goldstein, Fred R. The great telecom meltdown.—(Artech House telecommunications Library) 1. Telecommunication—History 2. Telecommunciation—Technological innovations— History 3. Telecommunication—Finance—History I. Title 384’.09 ISBN 1-58053-939-4 Cover design by Leslie Genser © 2005 ARTECH HOUSE, INC. 685 Canton Street Norwood, MA 02062 All rights reserved. Printed and bound in the United States of America. No part of this book may be reproduced or utilized in any form or by any means, electronic or mechanical, including photocopying, recording, or by any information storage and retrieval system, without permission in writing from the publisher. All terms mentioned in this book that are known to be trademarks or service marks have been appropriately capitalized. Artech House cannot attest to the accuracy of this information. Use of a term in this book should not be regarded as affecting the validity of any trademark or service mark. International Standard Book Number: 1-58053-939-4 10987654321 Contents ix Hybrid Fiber-Coax (HFC) Gave Cable Providers an Advantage on “Triple Play” 122 RBOCs Took the Threat Seriously 123 Hybrid Fiber-Coax Is Developed 123 Cable Modems
    [Show full text]
  • Economic Analysis of the Cost of Inconsistencies in the Implementation of ISDN Network Layer Standards
    Rochester Institute of Technology RIT Scholar Works Theses 2002 Economic analysis of the cost of inconsistencies in the implementation of ISDN network layer standards Thomas Bennett Follow this and additional works at: https://scholarworks.rit.edu/theses Recommended Citation Bennett, Thomas, "Economic analysis of the cost of inconsistencies in the implementation of ISDN network layer standards" (2002). Thesis. Rochester Institute of Technology. Accessed from This Thesis is brought to you for free and open access by RIT Scholar Works. It has been accepted for inclusion in Theses by an authorized administrator of RIT Scholar Works. For more information, please contact [email protected]. Economic Analysis of the Cost of Inconsistencies in the Implementation of ISDN Network Layer Standards By Thomas R. Bennett Thesis submitted in partial fulfillment of the requirements for the degree of Master of Science in Information Technology Rochester Institute of Technology B. Thomas Golisano College of Computing and Information Sciences March 2002 Thesis Reproduction Permission Form Rochester Institute of Technology B. Thomas Golisano College of Computing and Information Sciences Master of Science in Information Technology Economic Analysis of the Cost of Inconsistencies in the Implementation of ISDN Network Layer Standards I, Thomas R. Bennett, hereby grant permission to the Wallace Library of the Rochester Institute of Technology to reproduce my thesis in whole or in part. Any reproduction must not be for commercial use or profit. Date: ~) J&/JOQ;2.. Signature of Author: _ Rochester Institute of Technology B. Thomas Golisano College of Computing and Information Sciences Master of Science in Information Technology Thesis Approval Form Student Name: Thomas R.
    [Show full text]
  • Development of a New Numbering Plan for Nigeria
    DEVELOPMENT OF A NEW NUMBERING PLAN FOR NIGERIA Draft Final Report DEVELOPMENT OF A NEW NUMBERING PLAN FOR NIGERIA Draft Final Report TABLE OF CONTENTS SECTION 1 ................................................................................................................................................................... 5 1.1 INTRODUCTION .......................................................................................................................................... 5 1.2 DEFINITION OF TERMINOLOGIES ............................................................................................................... 5 1.3 SCOPE OF PROJECT ..................................................................................................................................... 6 Objectives ........................................................................................................................................................... 7 Scope of Services ................................................................................................................................................ 7 1.4 GENERAL GUIDING PRINCIPLES: ................................................................................................................. 8 1.5 PURPOSE, AIMS AND OBJECTIVES OF THE NEW NUMBERING PLAN: ........................................................ 9 A. Purposes and Usefulness of Numbers ........................................................................................................ 9 B. Main Objectives of the
    [Show full text]
  • Finer Digit Analysis of Telephone Numbers for Routeing Purposes REPORT to OFCOM
    Finer Digit Analysis of Telephone Numbers for Routeing Purposes REPORT TO OFCOM 11 August, 2005 Issue 1.0 Ref: 00720/RT/818.1. Authors: Mark Norris & Peter Walker I N T E R C A I M O N D I A L E Registered in England, No: 3271854 Assessed and registered to ISO9001 Regatta House, High Street, Marlow, Bucks, UK SL7 1AB Tel: +44 (0) 1628-478470 Fax: +44 (0) 1628-478472 http://www.intercai.co.uk Table of Contents Summary of Findings ........................................................................................................................1 1 Introduction................................................................................................................................1 1.1 Specific objectives..............................................................................................................2 1.2 Contents of Report .............................................................................................................2 2 Background to numbering developments ..................................................................................3 3 Data decode – general findings..................................................................................................4 3.1 Outline of investigations ....................................................................................................4 3.2 Main findings.....................................................................................................................4 4 Geographic Numbers .................................................................................................................5
    [Show full text]
  • National Numbering Plan
    Consultation Paper on National Numbering Plan Pakistan Telecommunication Authority Document classification National Numbering Plan 2008 Document version 4th Version Filename National Numbering Plan Version release date 23 rd Jan; 2008 Present Subject Paper for Public Consultation Version Date Author Changes to previous version 01 4/22/07 Naseem Ahmed Initial Version Vohra Consultant Technical PTA 02 5/28/07 Naseem Ahmed Revision 1 Vohra Consultant Technical PTA (Not released to stakeholders) 03 01/16/08 Naseem Ahmed Revision Vohra Consultant Technical PTA Included intervening developments 04 01/23/08 Naseem Ahmed Incorporated feedback on Numbering Vohra Consultant Regulations from PTA Law Division Technical PTA Table of Contents Table of Contents .............................................................................................................. 3 Executive Summary .......................................................................................................... 6 1. INTRODUCTION.................................................................................................... 13 1.1 Objectives of the Plan....................................................................................... 13 1.1.1 Scope ...................................................................................................14 1.1.2 Role of the PTA................................................................................... 14 2. NUMBERING PLAN OVERVIEW ........................................................................ 15 2.1.1
    [Show full text]
  • Diccionario De Términos Y Acrónimos De Comunicaciones De Datos
    DICCIONARIO DE TÉRMINOS Y ACRÓNIMOS DE COMUNICACIONES L&M Data Communications S.A. www.LMdata.es Tf. 91.352.41.31 Diccionario de Términos y Acrónimos de Comunicaciones de Datos Diccionario de Términos y Acrónimos de Comunicaciones de Datos -1- L&M Data Communications S.A. www.LMdata.es Tf. 91.352.41.31 Sus comentarios y sugerencias para mejorar futuras ediciones, puede enviarlos a: [email protected] Toda la información actualizada sobre nuestros cursos y publicaciones en: www.LMdata.es Si quiere estar al día, visite en nuestro Web la Enciclopedia Virtual de las Comunicaciones: Tecnologías, Productos, Servicios, Historia, Noticias, Organismos, Empresas, etc. Diccionario de Términos y Acrónimos de Comunicaciones de Datos -2- L&M Data Communications S.A. www.LMdata.es Tf. 91.352.41.31 Dicionario de Términos y Acrónimos de Comunicaciones de Datos José Morales Barroso – Juan Luis Lázaro García L&M Data Communications v.2003 Diccionario de Términos y Acrónimos de Comunicaciones de Datos -3- L&M Data Communications S.A. www.LMdata.es Tf. 91.352.41.31 Diccionario Enciclopédico de Términos y Acrónimos de Comunicaciones de Datos Edición 06 de noviembre de 2003 © L&M Data Communications S. A. ISBN: 84-89416-24-9 Depósito Legal: M-13.544 Printed in Spain Todos los derechos reservados. Ninguna parte de este documento puede ser reproducida o transmitida por ningún medio electrónico o mecánico, grabación o cualquier otro método de almacenamiento y recuperación, sin permiso por escrito de L&M (Ley Orgánica 6/ 1987 de 11 Noviembre) Diccionario de Términos y Acrónimos de Comunicaciones de Datos -4- L&M Data Communications S.A.
    [Show full text]
  • NEI 13-10, Rev. 5, Cyber Security Control Assessments
    NEI 13-10 [Revision 5] Cyber Security Control Assessments February 2017 [BLANK PAGE] NEI 13-10 [Revision 5] Nuclear Energy Institute Cyber Security Control Assessments February 2017 Nuclear Energy Institute, 1201 F Street N. W., Suite 1100, Washington D.C. (202.739.8000) [BLANK PAGE] ACKNOWLEDGMENTS This document has been prepared by the nuclear power industry with input and guidance from the United States Nuclear Regulatory Commission. While many individuals contributed heavily to this document, NEI would like to acknowledge the significant leadership and contribution of the following individuals. Executive sponsor: James Meister Exelon Corporation Core project team: Patrick Asendorf Tennessee Valley Authority Matthew Coulter Duke Energy Corporation Ronald Cowley Talen Energy Corporation Nathan Faith Exelon Corporation Pam Frey Talen Energy Corporation Glen Frix Duke Energy Corporation Jan Geib South Carolina Electric & Gas Company William Gross Nuclear Energy Institute Christopher Kelley Exelon Corporation Ken Levandoski Exelon Corporation Tony Lowry Ameren Missouri Jerry Mills Duke Energy Corporation Jay Phelps South Texas Project Nuclear Operating Company Don Robinson Dominion Generation Geoff Schwartz Entergy James Shank PSEG Services Corporation Manu Sharma Exelon Corporation Laura Snyder Tennessee Valley Authority Larry Tremonti DTE Energy Brad Yeates Southern Nuclear Operating Company Michael Zavislak Tennessee Valley Authority NOTICE Neither NEI, nor any of its employees, members, supporting organizations, contractors, or consultants make any warranty, expressed or implied, or assumes any legal responsibility for the accuracy or completeness of, or assumes any liability for damages resulting from any use of, any information, apparatus, methods, or process disclosed in this report, or warrants that such may not infringe privately owned rights.
    [Show full text]
  • Hardware Description Manual Volume 2 of 5
    Critical Release Notice Publication number: 297-8991-805 Publication release: Standard 11.03 The content of this customer NTP supports the SN06 (DMS) software release. Bookmarks used in this NTP highlight the changes between the LEC0015 baseline and the current release. The bookmarks provided are color-coded to identify release-specific content changes. NTP volumes that do not contain bookmarks indicate that the LEC0015 baseline remains unchanged and is valid for the current release. Bookmark Color Legend Black: Applies to new or modified content for LEC0015 that is valid through the current release. Red: Applies to new or modified content for SN04 (DMS) that is valid through the current release. Blue: Applies to new or modified content for SN05 (DMS) that is valid through the current release. Green: Applies to new or modified content for SN06 (DMS) that is valid through the current release. Attention! Adobe® Acrobat® Reader™ 5.0 or higher is required to view bookmarks in color. 1 Publication History June 2005 Standard release 11.03 for software release SN06 (DMS). Updates made for this release are shown below: Volume 5 Added NTDX16AA (Q00946403) March 2004 Standard release 11.02 for software release SN06 (DMS). Updates made for this release are shown below: Volumes 1 – 3 No changes Volume 4 Card NT9X30AB is Manufacture Discontinued and is replaced by new card NT9X30AC. Volume 5 No changes September 2003 Standard release 11.01 for software release SN06 (DMS). Updates made for this release are shown below: Volumes 1 – 4 No changes Volume 5 Updates were made to NT9X76AA according to CR Q00177945.
    [Show full text]
  • 1 Before the Federal Communications Commission
    Before the Federal Communications Commission Washington, D.C. 20554 In the Matter of ) ) WC Docket No. 13-97 Numbering Policies for Modern Communications ) ) IP-Enabled Services ) WC Docket No. 04-36 ) Telephone Number Requirements for IP-Enabled ) Services Providers ) WC Docket No. 07-243 ) Telephone Number Portability ) CC Docket No. 95-116 ) Developing a Unified Intercarrier Compensation ) Regime ) CC Docket No. 01-92 ) Connect America Fund ) ) WC Docket No. 10-90 Numbering Resource Optimization ) ) Technology Transitions Task Force ) CC Docket No. 99-200 ) Petition of Vonage Holdings Corp. for Limited ) Waiver of Section 52.15(g)(2)(i) of the ) GN Docket No. 13-5 Commission’s Rules Regarding Access to ) Numbering Resources ) ) Petition of TeleCommunication Systems, Inc. and ) HBF Group, Inc. for Waiver of Part 52 of the ) Commission’s Rules REPLY COMMENTS OF SHOCKEY CONSULTING Richard Shockey Shockey Consulting 2427 Silver Fox Lane Reston, Virginia 20191 July19, 2013 1 Table of Contents I. Introduction and Summary ................................................................................................. 3 II. The PSTN Transition is underway and the NANP Transition must be part of that. ........... 4 III. First Principals: The Importance of Naming and Addressing in Networks. ....................... 5 IV. The United States should move to National 10 Digit Dialing. ........................................... 7 V. The United States should move to National Geographic Number Portability and the Commission should clearly state that
    [Show full text]
  • QRG Book.Book
    2002 DMS-100 Family QUICK REFERENCE GUIDE TAM-1001-018 Standard 09.01 August 2002 YOUR GUIDE FOR: • Commonly used DMS CI: level commands • Commands for TABLE EDITOR, SFDEV, DMSSCHED SPMS, TABAUDIT, DMSMON, TRAVER, DISPCALL, SHOWAUD, LOGUTIL, DLOG, CLASS, DISKUT, DSKUT, PRSM, OMs, SOC, AFT, RASL, AUTOMATIC IMAGE DUMP, and SDM UNIX commands • Quick references for AIN, CCS7, LNP, ISDN, CLASS, ACD-MIS, CC MIS, SMDI, CompuCALL, Remotes, DMS- 250, STP Broadband, SDM, SPM, and Centrex IP • Tier II support tools for XPMIST, DEBUG, ISDN Q931, SPM PRI Q931, ACDDEBUG, TERMTRACE, C7TU, CALLTRAK, XPMTRAK, CMINFO, and REMLOGIN • Quick references for NTPs, IMs, and other documents • Product Engineering Codes (PECs) for circuit packs • Hardware shelf diagrams with circuit pack locations • Circuit pack descriptions section • SuperNode, XPM, and other diagrams • XPM/DTC port and link mapping diagrams • TOPS hardware including IP-XPM Gateway • TOPS MPX/IWS & Attendant Console keyboard layouts • DPP/BMC hardware and DPP commands • SuperNode, SPM, XA-Core, and other hardware • RTIF commands and procedures • DIP switch settings for 6X21, 6X50, and 6X85 DS1 cards Please read before using The 2002 DMS-100F Quick Reference Guide provides a quick ref- erence for commonly used commands, utilities, tools, hardware, and other job-supporting information. The intent of this document is not to replace Nortel Networks Technical Publications (NTPs) and other supporting documents. Its purpose is to consolidate as much usable job-related information as possible into a small pocket-size document for quick reference and on-the-job use. The 2002 DMS-100F Quick Reference Guide is intended for both Tier I and Tier II support users.
    [Show full text]