What sets Camelback Computer Architecture apart
- Academic and Practical Experience: Dr. Alpert holds a Bachelor’s degree from MIT and Master’s and Ph.D. degrees from Stanford University with extensive product design and development experience as the chief architect for Intel’s first Pentium® Processor.
- Real Trial Experience: worked for both plaintiffs and defense, and handled both infringement and invalidity issues. Significant trial and extensive deposition experience.
- Strategic and Tactical: Able not only to intuitively understand the strategy in patent litigation cases, but also very good at helping identify tactics for the case. Gifted at analyzing holes in both parties arguments and synthesizing them into useful information.
- Among the Top Experts: One of the most experienced and accomplished experts in the world in the field of computer systems and microelectronics as related to patent litigation.
- Objective, Professional, and Easy to Work With: A stick to the facts, objective style. Easy to work with, responsive to feedback, honest, insightful, and a great researcher. Flexible without sacrificing the integrity of his research or opinions.
- Responsive: a consummate professional, experienced at handling tasks under deadline.
- Trustworthy: has a track record of handling cases in confidence.
- Report writing: skilled and experienced in effective report and supporting document creation. Many of his cases settled pre-trial based in large part on the effectiveness of his report writing.
More than 20 years of experience leading product development at Zilog, National Semiconductor, and Intel resulting in revenues of multi-billion dollars.
- Bachelor of Science degree in Electrical Engineering from MIT where he became a member of Tau Beta Pi and Eta Kappa Nu
- Master of Science and Doctor of Philosophy degrees in Electrical Engineering from Stanford University where he studied computer design and was awarded a prestigious fellowship by the National Science Foundation.
- Computer Architecture
- Computer Systems
- Personal Computers
- Embedded Systems
- Memory Systems
- I/O Systems
- Instruction Sets
- Media Processing
- Power Management
- Digital Design
View Dr. Alpert’s complete Curriculum Vitae
Undergraduate and graduate classes in computer architecture as a consulting professor or faculty associate at Stanford, Tel Aviv, and Arizona State Universities.
Publications and Presentations
- Architecture of the Pentium Microprocessor (1993)
- Influential Architectures and National Semiconductor Swordfish on Mark Smotherman’s site for computer architecture history
- The Future of Microprocessor Architecture keynote at Cool Chips I (1998)
- Scalable Micro-supercomputers based on the article in Microprocessor Report (2003)
- Anthem College Commencement Address (2009)
- 5,416,913, Method and apparatus for dependency checking in a multi-pipelined microprocessor
- 5,442,756, Branch prediction and resolution apparatus for a superscalar computer processor
- 5,475,824, Microprocessor with apparatus for parallel execution of instructions
- 5,479,652, Microprocessor with an external command mode for diagnosis and debugging
- 5,481,751, Apparatus and method for storing partially-decoded instructions in the instruction cache of a CPU having multiple execution units
- 5,559,986, Interleaved cache for multiple accesses per clock cycle in a microprocessor
- 7,389,403, Adaptive Computing Ensemble Microprocessor Architecture