IP forwarding is typically based on destination addresses (and perhaps the DSCP), but sometimes we need better control over the precise path a packet travels to its destination.
About the Author
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Dr. Yaakov Stein
CTO at RAD
Dr. Yaakov Stein is CTO at RAD’s headquarters in Tel Aviv. He is the author of the textbook “Digital Signal Processing, a Computer Science Perspective.” Yaakov’s previous positions include Advanced Technology Manager for Comverse Information Systems and Professor of AI and Computer Science at Polytechnic University (NY). He holds a BSc in Physics, Mathematics and Computer Science, and MSc and PhD in Theoretical Physics. Yaakov received the Israel Defense Award (Israel’s highest award for defense-related research). His areas of interest include SDN and NFV, communications security and encryption, and timing & synchronization.
In his spare time, Yaakov has been known to dabble in amateur radio and ancestry. He also maintains a small museum of the history of electronics and computation.
All Posts by Dr. Yaakov Stein
- Apr 15, 2019
- Apr 08, 2019
Despite widespread endorsement of competition law theories, the western world has become very monopolistic when it comes to anything that is connected to the Internet.
- Apr 01, 2019
Smartphones are on everyone’s list of the greatest inventions of all times. In fact, one could even assert that mankind’s major innovations were: 1) fire, 2) spoken language, 3) the wheel, 4) agriculture, and 5) the smartphone.
- Nov 19, 2018
Back in 2012 a group of leading communications service providers joined forces to form the Network Functions Virtualization Industry Specification Group (NFV ISG) under the aegis of ETSI. Since then this group has grown to more than 300 companies and has produced scores of publications.
- Sep 03, 2018
In the previous installment we discussed how SDN replaced distributed routing by centralized path computation. But SDN introduced an additional novel abstraction – the whitebox switch.