Digital Camp Solution

📅Mar 8, 2015

Brief：1. Requirements Analysis The construction of a digital camp, integrating the command requirements of modern warfare and the development needs of information technology, driven by military training and combat mission requirements, fully utilizing IoT and Internet-based multi-means command & dispatch technologies to uniformly present and manage the conditions within the camp.

1. Requirements Analysis
The construction of a digital camp, integrating the command requirements of modern warfare and the development needs of information technology, driven by military training and combat mission requirements, fully utilizing IoT and Internet-based multi-means command & dispatch technologies to uniformly present and manage the conditions within the camp, building a comprehensive command system that integrates combat command, education and training, daily combat readiness, and emergency response, featuring high-tech content and intelligent management, to meet the requirements of providing information assurance for commanders and headquarters in completing tasks such as combat command, counter-terrorism and stability maintenance, and disaster relief.
2. Solution Description

**2.1 Network System
**Utilize the computer network system to build a document circulation informatized office system, training command database, video conference system, and cloud terminal network teaching and training system;
**2.2 Communication System
**Utilize satellite communication, ultra-short wave radio communication, electronic countermeasures, electronic reconnaissance, network countermeasures and other technical means to build a voice communication system, a visualized combat command & dispatch system, and an emergency command response system; seamless connection and automatic switching can be achieved between various communication systems.

Voice telephone system: IP, PBX voice switching system;
Multimedia command & dispatch system: featuring visualized voice communication, multicast, on-demand, and one-key direct call functions; can achieve seamless integration with IP and PBX voice switching systems;
IDM-60N multi-radio wired/wireless conversion direct communication system. It can connect with various radios, such as ultra-short wave radios, wireless walkie-talkies, etc. The command and control platform is equipped with a wired/wireless intercom module. This module can be configured with multiple EM2/4 interfaces to simultaneously connect multiple wireless radios, and can connect air-to-ground communication radios and surface communication radios through control interfaces to achieve interconnection between different radios. This module has multiple FXO interfaces connected to the console microphone, and through the radio control keyboard, the command and control center can achieve communication with wireless radios. Meanwhile, the wired/wireless intercom module can access the PSTN network and GSM network, enabling communication between fixed telephones or mobile phones and wireless radios, as well as direct intercom between fixed telephones or mobile phones and analog trunking systems.
2.3 Digital Management System
Implement GPS positioning management for support vehicles: (vehicle mobile positioning, online vehicle dispatch, route tracking, boundary crossing alarm, and other functions). Personnel management adopts "one-card management": (personnel positioning, camp gate entry/exit, one-card, attendance, consumption).
2.4 Administrative Management System
For the military's daily routine system and the implementation of various rules and regulations, introduce digital and automated technical means for administrative management, build an electronic patrol and sentry inspection system, an equipment and materials digital tracking management system, and uniformly manage data such as the technical performance and operating status of various equipment, providing rapid and efficient data support for training and tactical deployment.
**2.5 Video Surveillance System
**Video surveillance of key targets (providing intuitive information basis for commander decision-making).

Table of Contents
Chapter 1 System Overview 1
1.1 System Construction Objectives 1
1.1.1 Functional Objectives 1
1.1.2 Performance Objectives 1
1.1.3 Economic Objectives 1
1.1.4 Security Objectives 1
1.2 System Design Principles 2
1.2.1 Usability Principle 2
1.2.2 Advanced Technology Principle 2
1.2.3 Stability Principle 2
1.2.4 Standardization and Scalability Principle 2
1.2.5 Economic Efficiency Principle 2
Chapter 2 Overall System Integration Solution 3
2.1 Overall System Design 3
2.2 Main Technical Approaches 5
2.2.1 Platform Architecture — J2EE 5
2.2.2 Middleware Technology 6
2.2.3 Portal Technology 7
2.2.4 Web Service Technology 7
2.2.5 XML Technology 8
2.2.6 Workflow Technology 8
2.3 System Technical Implementation Solution 8
2.3.1 Technical Implementation Framework 8
2.3.2 Key Product Selection 10
2.3.2.1 Database Management System 10
2.3.2.2 Application Middleware 14
2.4 Construction Specifications 16
2.5 Key Function Implementation Solution for Application Support Platform 17
2.5.1 Overall Design of Application Support Platform 17
2.5.1.1 Multi-Tier Architecture 17
2.5.1.2 Platform Selection 18
2.5.1.3 Application Software Design and Development Based on the Platform 19
2.5.2 Key Function Implementation 20
2.5.2.1 System Configuration Management Platform 20
2.5.2.2 Data Access Components 24
2.5.2.3 Data Exchange Components 25
2.5.2.4 Security Audit Components 25
2.5.2.5 Unified Messaging Platform 25
2.5.2.6 Electronic Form System 26
2.5.2.7 Editor Components 30
2.5.2.8 Unified Identity Authentication for OA Office Management System 31
2.5.2.9 Unified User Management and Authentication Platform 32
2.6 Office Automation System Design 33
2.6.1 Construction Principles of Data Resource Platform 33
2.6.1.1 Principle of Originating from Application Systems While Surpassing Them 33
2.6.1.2 Principle of Distributed Business Processing and Centralized Data Management 34
2.6.1.3 Principle of Reasonable Utilization of Mature Existing Technologies 34
2.6.1.4 Principle of Four "Unifications" 34
2.6.1.5 Principle of Coordinating Efficiency and Effectiveness 34
2.6.2 Shared Data Resource Repository Construction Solution for OA Data Resource Platform 34
2.6.2.1 Overall Objectives of Database System 34
2.6.2.2 Database Construction Principles 35
2.6.2.3 Database System Design Framework 36
2.6.2.4 Description of Major Databases 37
2.6.3 Basic Data Management Standards Design 38
2.6.3.1 Data Element Standards 38
2.6.3.2 Information Classification and Coding Standards 39
2.6.3.3 User View Standards 40
2.6.3.4 Conceptual Database Standards 41
2.6.3.5 Logical Database Standards 41
2.6.3.6 Data Interface Standard System 41
2.6.3.7 Interface Data Naming Conventions 42
2.6.3.8 Interface Data Structure Specifications 42
2.6.3.9 Exchange Data Format Specifications 42
2.6.3.10 Data Exchange API Interface Specifications 42
2.7 Business Management Application System Construction Solution 42
2.7.1 Application System Design Principles 42
2.7.2 Supporting Technologies for Major Function Implementation 43
2.7.3 Personal Affairs Processing Platform 44
2.7.3.1 Email 45
2.7.3.2 Online Chat 45
2.7.3.3 SMS Notification 46
2.7.3.4 Document Approval Submission 46
2.7.3.5 Surveys and Polls 46
2.7.3.6 Frequently Used Websites 46
2.7.3.7 Windows Shortcut Keys 46
2.7.4 Video Conference Management System 46
2.7.4.1 Functional Features 47
2.7.4.2 Technical Features 47
2.7.4.3 Solution Implementation 49
2.7.5 Electronic Document Approval 52
2.7.6 Personnel Access Management System 52
2.7.6.1 System Design 52
2.7.6.2 Workflow 53
2.7.7 Vehicle Management System 56
2.7.7.1 System Advantages 56
2.7.7.2 Management Workflow 56
2.7.7.3 Software Equipment Features and Functions 61
2.7.8 Information Query System 63
2.7.9 Video Surveillance System 63
2.7.10 Warehouse Management System 64
2.7.10.1 System Functions 64
2.7.10.2 Basic Settings 64
2.7.10.3 System Maintenance 71
2.7.10.4 Purchase Management 73
2.7.10.5 Sales Management 78
2.7.10.6 Inventory Management 82
2.7.10.7 Statistical Reports 88
2.7.10.8 Daily Management 91
2.7.11 System Management Platform 102
2.7.11.1 Organization and User Management 102
2.7.11.2 Column and Permission Management 102
2.7.11.3 Log Management 103
2.7.11.4 Custom Forms 103
2.7.11.5 Content Management 103
2.7.11.6 Interface Styles 103
2.7.11.7 IP Settings 103
2.7.11.8 Log Audit Management 103
2.7.12 System Help 103
2.8 Solution Features 104
Chapter 3 Related Hardware Equipment Design 106
3.1 Hardware Platform Construction Requirements 106
3.1.1 Host, Storage, and Backup System Requirements 106
3.2 Host System Design 106
3.2.1 Design Principles 106
3.2.2 Host System Technology and Vendor Selection 107
3.2.2.1 Host Technology Selection 107
3.2.2.2 Host System Vendor Selection 108
3.3 Storage System Design 108
3.3.1 Design Principles 108
3.3.2 Storage System Construction Solution 109
3.3.2.1 Storage Environment Recommendations 109
3.3.2.2 Storage Product Vendor Selection 110
3.3.2.3 Storage Product Selection and Configuration Solution 110
3.3.2.4 HBA Card Selection and Configuration 111
3.3.3 Personnel Access Management System Construction Solution 112
3.3.3.1 System Composition 112
3.3.3.2 Point Design 112
3.3.3.3 System Network Diagram 113
3.3.3.4 Functional Features 113
3.3.3.5 Hardware Introduction 114
3.3.4 Vehicle Management System Construction Solution 115
3.3.4.1 Major Equipment Features and Functions 115
3.3.5 Video Conference Construction Solution 121
3.3.5.1 Hardware Equipment Requirements 121
3.3.6 LED Electronic Display Screen Solution 122
3.3.6.1 Technical Parameter Description of Dual-Color Electronic Display Screen 122
3.3.6.2 Technical Parameter Description of Single-Color Electronic Display Screen 124
3.3.7 Information Query Solution 126
3.4 Fault Recovery and Data Backup System Design 127
3.5 Design Overview 127
3.5.1 Fault Recovery and Data Backup Construction Solution 128
3.5.1.1 RAID Technology Analysis and Selection 128
3.5.1.2 Data Backup System Design 129
Chapter 4 Project Implementation Plan 134
4.1 Project Organization, Management, and Implementation Plan 134
4.1.1 Characteristics of and Countermeasures for Project Implementation 134
4.1.1.1 Misconceptions about E-Government System Projects 134
4.1.1.2 Business Process-Driven Approach 135
4.1.1.3 Appropriate Role of Software Support Platform 135
4.1.1.4 Management of External Dependencies 137
4.1.1.5 Organizing Reasonable Project Resources 137
4.1.1.6 Summary 138
4.1.2 Project Implementation Model 139
4.1.2.1 Implementation Model Analysis 139
4.1.2.2 Implementation Model Selection for This Project 139
4.1.2.3 Data Resource Planning and Cleansing 142
4.1.2.4 Detailed System Design 145
4.1.2.5 System Programming and Development 151
4.1.2.6 System Testing 152
4.1.2.7 System Go-Live Transition 157
4.1.2.8 Overall System Integration 158
4.1.2.9 System Trial Operation 158
4.1.2.10 Project Training 159
4.1.2.11 Project Acceptance 160
4.1.3 Project Implementation Schedule 161
4.1.3.1 GANTT Chart of Project Implementation Schedule 162
4.1.3.2 Project Schedule Deviation Control Method 162
4.2 Technical Support and Service Solution 163
4.2.1 Service Introduction 163
4.2.2 Service Mission and Objectives 163
4.2.3 Service System 164
4.2.4 Service Commitment for This Project 164
4.2.4.1 Service Commitment 164
4.2.4.2 Technical Support and Service Team 166
4.2.4.3 Service Specifications 167
4.2.4.4 Fault Handling Solution 167
4.2.4.5 Periodic Summaries 170
4.2.4.6 Appendix: Service Forms 170
4.3 Training Solution 172
4.3.1 Training Audience 172
4.3.2 Training Methods 172
4.3.2.1 On-Site Training 172
4.3.2.2 Centralized Training 173
4.3.2.3 One-on-One Instruction 173
4.3.2.4 Online Training 173
4.3.2.5 Technical Seminars 173
4.3.3 Training Course Plan for Business Personnel 173
4.3.4 Training Course Plan for System Administration and Maintenance Personnel 173
4.3.5 Technical Developers 174
4.3.6 Electronic Courseware Publishing and Download 175

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