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Saad Mubeen
Affiliation
Networked and Embedded Systems, Mälardalen University, Västerås, Sweden
Topic
Controller Area Network,Industrial Systems,Response Time,Service Quality,Software Architecture,Time-sensitive Networking,Worst-case Time,Bitrate,Fault-tolerant,Network Configuration,Response Time Analysis,Time Requirements,Bit Error Rate,Industrial Control Systems,Inter-arrival Time,Network Devices,Payload Size,Quality Of Service Requirements,Software Components,Software Development,User Equipment,5G Networks,5G Systems,Admission Policies,Arrival Time,Automotive Industry,Bandwidth Utilization,Edge Computing,Experimental Evaluation,Exponential Distribution,Industrial Applications,Industrial Internet Of Things,Low-latency Communications,Model Components,Network Infrastructure,Network Speed,Priority Queue,Proof Of Concept,Task Scheduling,Traffic Flow,Transmission Time,Ultra-reliable Low-latency Communications,Wireless Networks,Achievable Throughput,Application Requirements,Arrival Rate,Automatic Manner,Autonomous Vehicles,Bandwidth Allocation,Buffer Overflow,
Biography
Saad Mubeen (SM’12) received the Ph.D. degree in computer science and engineering from Mälardalen University, Sweden, in 2014. He was a Software Engineer with Arcticus Systems AB, Sweden, and a Consultant with Volvo Construction Equipment, Sweden. He is a Senior Lecturer/ Assistant Professor at the School of Innovation, Design and Engineering, Mälardalen University. His research interests include the model-based development of vehicular embedded systems with a focus on timing models, end-to-end timing analysis, and multicore platforms. He received the IEEE Software Best Paper Award in 2017.