Digital Memory and Storage

Inhaltsverzeichnis

• Keynote Address.
• On the Development of Digital Memories.
• Electromagnetic Storage.
• Magnetic Data Recording.
• Electromechanical Mass Storage Units — Disk Files.
• Electromagnetic Mass Storages — Normal Tape Devices 53.
• Tape Libraries with Automatic Reel Transport.
• Semiconductor Memories.
• Fabrication Technology and Physical Fundamentals of Components Used for Semiconductor Memories.
• LSI Semiconductor Memories.
• A High Performance Low Power 2048-Bit Memory Chip in MOSFET Technology and Its Application.
• Readout Methods and Readout Circuits for Dynamik Charge-Storage Elements.
• Monolithic Memories.
• Structure, Organization and Applications of CCD Memories.
• BEAMOS — Technology and Applications.
• Read-Only Memories.
• Read-Only Memories with Magnetic Components or with Integrated Semiconductor Circuits.
• Electrically Alterable MOS-ROMs, with Particular Emphasis on the Floating Gate Type.
• Magnetic Bubble Memories.
• Physical Principles of Magnetic Bubble Domain Memory Devices.
• Application of the Josephson Effect for Digital Storage.
• Ferromagnetic Domain Memories.
• Low Temperature Memories.
• Application of the Josephson Effect for Digital.
• Optical Memories.
• Materials for Optical Data Stores.
• Optical Memory Systems.
• Reliability.
• Effects of Defects on Yield, Integration, Cost and Reliability of Large Scale Integrated Semiconductor Memories. — A Tutorial Review.
• Reliability of Semiconductor Memories from a Practical Point of View.
• Application of Partially Defective Semiconductor Memory Devices in Memory Systems.
• Memory / Storage Systems.
• Access Methods and Associative Memories.
• Increased Chip Capacity and Extended Logical Complexity of LSI-Associative Memories.
• Storage Hierarchy Technology and Organization.
• The Performance of Small Cache Memories inMinicomputer Systems with Several Processors.
• Summary of Abstracts.
• The Autors, the Editor.