Tutor:
Lennart Lindh
Lennart Lindh graduated from LTH 1980 with an MSc.E.E. After five years at ABB Robotics as a system engineer, he was appointed associated professor at Mälardalen University (MH). His main focuses are implementation of complex functions in HW, Real-Time OS and multiprocessor systems in FPGA technology. He is today responsible for guidance of Ph.D. candidates, PC member in academic workshops/conferences as FPGAworld.com, board member in Euromicro and divides his time between MH and the company RealFast AB.
Lennart Lindh
Lennart Lindh graduated from LTH 1980 with an MSc.E.E. After five years at ABB Robotics as a system engineer, he was appointed associated professor at Mälardalen University (MH). His main focuses are implementation of complex functions in HW, Real-Time OS and multiprocessor systems in FPGA technology. He is today responsible for guidance of Ph.D. candidates, PC member in academic workshops/conferences as FPGAworld.com, board member in Euromicro and divides his time between MH and the company RealFast AB.
Workshop:
Build a flexible SW/HW platform in a 200 000 gates FPGA chip
In this workshop you will build with a HW and SW component a complete computer system, with real-time kernel and terminal handler and load it down to one FPGA chip on a board. Verification will be done by graphical C-level debuggers. The participants will also get a view on component library, configuration management of device drivers etc. At the end a small very cheep HW/SW platform with UDP protocol and real-time kernel, etc., will be demonstrated.
Build a flexible SW/HW platform in a 200 000 gates FPGA chip
In this workshop you will build with a HW and SW component a complete computer system, with real-time kernel and terminal handler and load it down to one FPGA chip on a board. Verification will be done by graphical C-level debuggers. The participants will also get a view on component library, configuration management of device drivers etc. At the end a small very cheep HW/SW platform with UDP protocol and real-time kernel, etc., will be demonstrated.
