¿¹/Benz/topics of research
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[[¿¹/Benz]]
**What is my research topic? [#af28eaf2]
-Title: Complexity Effective NoC Prototyping for Low Power Embedded
Platform
**motivation [#v8d857b1]
-disadvantage of Bus-base and advantage of NoC.
-NoC Merits:
--NoC is a scalable platform for billion-transistor chips.
--Several driving forces behind it:
---Solves several critical problems
---Provides higher abstraction in system modeling
---New design methods and tools, higher productivity
--A new way to organize and build VLSI systems
**How will I design?(Step) [#k152acac]
+Study all components of the OWASIS router.
+Correct improve and optimize OWASIS NoC architecture.
+Use Quartus ¶ and compile my design.
++Find LE, Speed, Power, and so on.
+Test my NoC architecture on FPGA.
++First method: design NoC architecture with a memory, CPU and a serial interface.
++Second method: Use random number generator and test that your NoC is working good.
+Write my thesis and a paper.
**Research Plan [#z30fe8df]
-From June to mid-July
--I am going to study all components of router and topologies
>>
+buffers size
+virtual channels
+Crossbard
+Links
+Arbiters
+mesh topologies
<<
-From mid-July to mid-Aug.
--I am going to correct improve and optimize OWASIS NoC architecture.
-From mid-Aug. to end of Aug.
--I am going to use Quartus ¶ compile my design.
-In September, and October.
--I am going to test my NoC architecture on FPGA.
-From November
--I am going to write thesis and a paper.
#comment
½ªÎ»¹Ô:
[[¿¹/Benz]]
**What is my research topic? [#af28eaf2]
-Title: Complexity Effective NoC Prototyping for Low Power Embedded
Platform
**motivation [#v8d857b1]
-disadvantage of Bus-base and advantage of NoC.
-NoC Merits:
--NoC is a scalable platform for billion-transistor chips.
--Several driving forces behind it:
---Solves several critical problems
---Provides higher abstraction in system modeling
---New design methods and tools, higher productivity
--A new way to organize and build VLSI systems
**How will I design?(Step) [#k152acac]
+Study all components of the OWASIS router.
+Correct improve and optimize OWASIS NoC architecture.
+Use Quartus ¶ and compile my design.
++Find LE, Speed, Power, and so on.
+Test my NoC architecture on FPGA.
++First method: design NoC architecture with a memory, CPU and a serial interface.
++Second method: Use random number generator and test that your NoC is working good.
+Write my thesis and a paper.
**Research Plan [#z30fe8df]
-From June to mid-July
--I am going to study all components of router and topologies
>>
+buffers size
+virtual channels
+Crossbard
+Links
+Arbiters
+mesh topologies
<<
-From mid-July to mid-Aug.
--I am going to correct improve and optimize OWASIS NoC architecture.
-From mid-Aug. to end of Aug.
--I am going to use Quartus ¶ compile my design.
-In September, and October.
--I am going to test my NoC architecture on FPGA.
-From November
--I am going to write thesis and a paper.
#comment
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