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Krzysztof M. Brzeziński
About the book
In Poland, in 1998, a modern, fully digital telecommunications network with the integration of ISDN services was launched. The task of this study is to present the conceptual, constructional, technological, service and utility issues of the ISDN network. The book discusses solutions used in a particular ISDN class class - in Euro-ISDN networks.
Table of Contents
PREFACE
Chapter 1
GENESIS AND TECHNICAL ASSUMPTIONS OF ISDN NETWORK
1.1. Introduction
1.2. Telecommunications system - general comments
1.3. The genesis of the ISDN network
Chapter 2
OVERVIEW OF THE ISSUES
2.1. Basic concepts
2.2. structures
2.3. Services
2.4. signaling
Chapter 3
LAYER 1: SIGNAL TRANSMISSION IN SUBSCRIPTION ACCESS
3.1. Introduction
3.2. Contact configuration
3.3. The structure of multiplication
3.4. Transmission coding
3.5. Organization of multiple access
3.6. Power
3.7. Contact activation
Chapter 4
LAYER 2 DSS1: SIGNAL LINK
4.1. Tasks and mechanisms of layer 2
4.2. Layer architecture
4.3. LAP-D protocol
4.4. The TEI ID management protocol
4.5. The implementation structure of layer 2
Chapter 5
LAYER 3 DSS1: SIGNALING FOR BASIC SERVICING OF APPLICATIONS
5.1. Protocol classes
5.2. Terminology
5.3. The use of lower DSS1 layers
5.4. Signaling procedures - sketch
5.5. Protocol syntax
5.6. Identification and selection of the basic service
Chapter 6
ADDITIONAL SERVICES
6.1. Service control
6.2. Generic protocols
6.3. MSN - Multiple Subscriber Number
6.4. TP - Terminal portability
6.5. CW - Pending call
6.6. CLIP / CLIR - Identification of the calling link
6.7. COLP / COLR - Identification of the link achieved
6.8. HOLD - Maintaining the connection
6.9. DDI - Direct dialing of the extension number
6.10. SUB - Subaddressing
6.11. Signaling between users
6.12. AOC - Information about the fee
6.13. Redirection services (CFx, CD)
6.14. MCID - identification of malicious calls
6.15. ECT - explicit transfer of the call
6.16. CCBS - connection setup after release
6.17. Family of conference services
6.18. The problem of interaction of services
Chapter 7
IMPLEMENTATION OF BASIC SERVICES
7.1. 3.1 kHz telephony
7.2. A group of audiovisual teleservices
7.3. Teleakcja
7.4. Telematic services
Chapter 8
VERIFYING THE IMPROVEMENT OF ISDN NETWORK
8.1. Introduction
8.2. Compliance in the life cycle of the protocol
8.3. Formulating requirements
8.4. Compliance tests
8.5. Integration tests
8.6. Verification methodology and the form of standards
8.7. Compliance testing technology
BIBLIOGRAPHY
ADDITIVES
A - Compliance testing methodology
B - Agreement on the implementation of the Euro-ISDN network
C - List of L3 DSS1 news and information components
D - An example of signaling progress
MARKINGS AND ABBREVIATIONS
INDEX
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Hall Effect Linear Current Sensor with Overcurrent Fault Output for <100 V Isolation Applications, 25A, SOIC8, RoHS
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Development board with Espressif ESP32-S2 module. Thanks to the support of the 802.11 b/g/n standard, it enables wireless communication with WiFi networks. It offers 4 MB of Flash memory. It is programmed via the USB Type-C connector using Arduino, MicroPython, CircuitPython or ESP-IDF. WeMos S2 Mini V1.0
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3.0 GHz input high division (by 256, 128, 64) prescaler IC for analog DBS tuners, SSOP8, CEL, RoHS
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This sensor shield utilizes the BME280 pressure/humidity/temperature sensor, the CCS811 air quality sensor and the APDS-9301 ambient light sensor - using each corresponding Arduino library. The shield has been equipped with two RJ11 connectors for wind and rain detection and measurement, as well as optional pins for external temperature readings and soil moisture sensor. DEV-14153
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Krzysztof M. Brzeziński