31st SMPTE Advanced Motion Imaging Conference Technical Papers Program
- DV Format and IEEE-1394: Higher Quality, Lower Cost Non-Linear Video Editing Original Research
- Fibre Channel Network Offers Gigabit Speed for Broadcast Industry Original Research
- A Visual Compositing Syntax for Ancillary Data Broadcasting Original Research
- Foreword Original Research
- Unconnected Islands for Video Editing is a Thing of the Past Original Research
- Preface Original Research
- Worlds Collide: The Integration of “Black Box” Technology into Nonlinear Video Editing Systems Original Research
- The Current Limitations of Personal Computers in Replacing Traditional Video Production Equipment Original Research
- NLE System Design Using Mathematically Lossless Motion-JPEG Original Research
- Microsoft ActiveMovie: A New Media Architecture Original Research
- Issues to be Considered—The Implementation of a Digital Distribution System by the Commercial Broadcast Networks Original Research
- Development of an SMPTE Standard for the Digital Interface between the ATV Transport Multiplexer and the VSB Transmitter Original Research
- Crossing the Line: Bridging Traditional and Digital Post Production Processes Original Research
- Digital Video Servers for the Television Industry Potential Applications/Features to Consider Original Research
- A Portable Field Editing System for Electronic News Gathering (ENG) Original Research
- Cost vs. Quality in ATV Receivers Original Research
- Mysteries of Digital Video Disk Arrays Original Research
- Digital HDTV: Why Bits are Not Just Bits Original Research
- A Report on the Technology Tests of Advanced Video Services – MPEG2 Original Research
- High Speed Internet Access Using Cable Modems with Telephone Return Original Research
- Crystal Image: Bridging the Gap between Cinematography and Digital Image Processing Original Research
- Advances in Server Technology Original Research
- HDTV Camcorder–And the March to Marketplace Reality Original Research
- 525-line Progressive Scan Digital Broadcasting System via Satellite Original Research