Weight Transformations in Bit-Sliced Crossbar Arrays for Fault Tolerant Computing-in-Memory: Design Techniques and Evaluation Framework

This article likely presents research on improving the reliability of computing-in-memory systems, specifically focusing on fault tolerance in crossbar arrays. The title suggests a focus on weight transformations as a key technique. The use of 'bit-sliced' indicates a specific architectural approach. The mention of 'evaluation framework' implies a practical, experimental aspect to the research.

• •Focuses on fault tolerance in computing-in-memory systems.
• •Employs weight transformations as a key design technique.
• •Utilizes a bit-sliced crossbar array architecture.
• •Includes an evaluation framework for experimental validation.