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Summary
Summary
A guide to the ANSI-136, explaining: how the ANSI-136 compliant mobile phone operates and how it works with the cellular network to allow customers to send and receive calls, and obtain services such as the Short Message Service; the ANSI-136 standardisation process; and how to bridge the gap between the ANSI-136 standard and actual implementation of ANSI-136 by describing network parameter settings, network optimisation techniques and equipment testing.
Author Notes
Cameron Coursey earned his M.Sc. in electrical engineering from the University of Missouri-Rolla.
He is a Member of the Technical Staff at SBC Technology Resources, Inc., a division of SBC Communications, Inc., where he provides implementation support and participates in standards activities and industry forums related to ANSI-136. Coursey is a member of the IEEE.
050
Table of Contents
| The Digital PCS Family Tree: AMPS |
| IS-54 TDMA |
| IS-136 TDMA |
| PCS |
| Advantages of Digital PCS: Capacity Enhancement |
| Feature Flexibility |
| AMPS Compatibility |
| The Digital PCS Family of Standards: Telecommunications Industry Association |
| Interim Standards and National Standards |
| The Digital PCS Standards |
| Layer 1 |
| Modulation |
| Power Output |
| Time Slot and Frame Structure |
| Digital Control Channel Structure |
| Digital Traffic Channel Structure |
| Channel Coding and Interleaving |
| Layer 2 The Digital PCS Data Link Layer: DCCH Protocols |
| DTC Protocols |
| Layer 3 The Digital PCS Network Layer: DCCH Messaging |
| DTC Messaging |
| Network Architecture and Intersystem Operation: Overview |
| Mobile Switching Center |
| Base Station |
| Interworking Function |
| Additional Network Elements |
| Intersystem Signaling |
| Mobile Station Operation: Mobile Station Types |
| Mobile Station States |
| Mobile Station Procedures |
| Mobile Station Identities |
| Reselection and Hierarchical |
| Cell Structures: Neighbor Cells and Neighbor Cell Information |
| Control Channel Locking and Reselection Criteria Procedures |
| Reselection Trigger Conditions |
| Candidate Eligibility Filtering |
| Candidate Reselection Rules |
| Reselection Examples |
| Implementing Hierarchical Cell Structures |
| Mobile Sleep Mode: Paging Sub-Channel and Paging Frame Class |
| Processes Impacting Sleep Mode |
| Extending Sleep Mode with Operational Enhancements |
| Voice Services: Voice Coding and Decoding |
| Call Processing |
| Teleservices: Teleservice Delivery |
| SMS_TeleserviceIdentifier and Higher Layer Protocol Data Identifier |
| Teleservice Segmentation and Reassembly |
| Broadcast Teleservices |
| Defined Teleservices (including Short Message Service and Over-the-Air Activation) |
| Circuit-Switches Data Services: Analog Circuit-Switched Data Service |
| Digital Circuit-Switched Data Service (including RLP1, IS-135 Data Part, and Data Call Processing) |
| Non-Public Services: Network Types |
| Private and Residential System Identities |
| Autonomous Systems |
| Special Considerations for 1900 MHz Operation: Intelligent Roaming |
| Hyperband Reselection and Handoff |
| Dual-Band, Dual-Mode Mobiles |
| Authentication, Privacy, and Encryption: CAVE |
| A-Key and SSD |
| Authentication Procedures |
| Updating Shared Secret Data |
| Voice Privacy |
| Signaling Message Encryption |
| Encryption on the DCCH |
| Network Parameter Settings: Selection and Access Parameters |
| Reselection and Handoff Boundaries |
| Equipment Testing: Network Testing |
| Mobile Testing (including Performance Testing, Interoperability Testing, and Protocol Conformance Testing) |
| Towards Global TDMA: The Universal Wireless Communications Consortium |
| Global TDMA Forum |
| Global WIN Forum |
| Global Operators' Forum |
| The Future of Digital PCS: IMT-2000 and Third Generation Cellular. 136+. 136HS |
| Potential Further Digital PCS Enhancements |
