COMMUNICATIONS CRASHING A VIDEOCONFERENCE? INFORMATION SECURITY STRATEGY Security Management Practices Law, Ethics, and Investigation Risk Assessment Physical Security Business Continuity and Disaster Recovery User Education Cryptography and Network Security CHAPTER 17 REFERENCES THE FUTURE OF VIDEO COMMUNICATIONS IT'S ABOUT TIME THE OPERATING SYSTEM THE NETWORK The Internet Wireless Carrier Networks Evolve CONSUMER ELECTRONICS Wearable Networks Handheld Communications Devices Get "Pumped Up" MOBILE VIDEO MOBILE TV-A BIG WINNER CHAPTER 18 REFERENCES APPENDICES INTERNATIONAL STANDARDS BODIES THE INTERNATIONAL TELECOMMUNICATIONS UNION INTERNATIONAL STANDARDS ORGANIZATION (ISO) INTERNET ENGINEERING TASK FORCE (IETF) THE IMTC MPEG FAMILY OF SPECIFICATIONS MPEG PICTURE CODING MPEG 1-ISO/IEC 11172 BRIEF EXPLANATION OF How MPEG-1 WORKS MPEG 2-ISO/IEC 13818 MPEG-2 Parts MPEG-2 Levels MPEG-2 Profiles How MPEG-2 DIFFERS FROM MPEG-1 MPEG 4-ISO/IEC 14496 Delivery Multimedia Integration Framework (DMIF) Systems Audio Visual MPEG-4 Parts MPEG-4 Audio Object types MPEG-4 Profiles How MPEG-4 DIFFERS FROM MPEG-2 MPEG-7 CCIR-601 WORLD TELEVISION AND COLOR SYSTEMS VIDEOCONFERENCING RFP CHECKLIST INSTALLATION PLANNING CHECKLIST PERSONAL CONFERENCING PRODUCT EVALUATION CRITERIA GLOSSARY OF TERMS INDEX LIST OF FIGURES Figure 1-1. How Video communication Systems Work Figure 1-2. Picturephone (AT&T) Figure 1-3. Custom Boardroom System C. 1993 (courtesy of AT&T) Figure 1-4. Compressed Video Technology (Michel Bayard) Figure 2-1. Videoconference with Set-top System (courtesy of Polycom) Figure 2-2. Boardroom System (courtesy of Tandberg) Figure 2-3. Dual Monitor System (courtesy of Tandberg) Figure 2-4. Emergency Response Application (courtesy of Intel) Figure 2-5. Pediatrics Application (courtesy of Canvas) Figure 5-1. Sine Wave (Michel Bayard) Figure 5-2. Nipkow Disk (Michel Bayard) Figure 5-3. Iconoscope (Michel Bayard) Figure 5-4. Field Sequential System (Michel Bayard) Figure 5-5. Frequency Chart: X-rays to Radio Waves (Michel Bayard