January, 2011

SISA

Confidential

External Collaboration

CONFIDENTIAL

Internal Infrastructure

Strategic Direction

External Cooperation

Secure Competiveness & Maximize R&D Achievement

Expand external collaboration : Joint research program

Maximize venture network efficiency : Early stage technology

Improve sensing process : Focus on selected themes

Set up emerging research Infra. : Frontier research

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CONFIDENTIAL

Expand External Collaboration

Focus on practical research associated actual projects - 2010: 10 Projects, $456K → 2011 Plan: 14 Projects, $1,570K

External Cooperation

Institution Purpose Amount Period

Omni OSPurdue Develop concurrent language & runtime technology $100K ’11. 1~12

Genode Labs L4 microkernel technology expertise $100K ’11. 1~12I.S.A. Stanford RAMCloud project $150K ’11. 1~12

Web OS UC Berkeley ParLab Sensing research in field of multicore computing $150K ’11. 1~12Multicore H/W MIT Develop low-power CMOS devices - ’11. 1~12Si Photonics UC Davis Develop VCSEL for optical interconnection $250K ’11. 2~’12. 1

III-V on SiMIT Reliability of III-V devices on Si $150K ’11. 6

~’12. 5Purdue Feasibility of III-V Nanowire FET & FinFET on Si $125KHeterointerface Oakridge Nat’l Lab High mobility channel using hetero structure $100K ’11. 3~’12. 2

Storage Carnegie Mellon Access to storage systems & information infrastructure $75K 10.10~09.11

HDDUtah State Servo control theory and algorithm $135K 03.11~02.12

Carnegie Mellon Expertise in HAMR, BPM, Magnetic simulation $125K 02.11~01.12

UC Berkeley Research on Fly height modeling, HDI, Servo work $60K 01.11~12.11

SSD UC Santa Cruz Storage system requirements & data reliability $50K 01.11~12.11

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Prof. Norman Feske - ~$100K Contract(s)

- Spin off from TU Dresden Operating Systems Group

- Produced Genode Operating System framework which is an advanced L4 microkernel personality

University & Research Institute Collaboration Model: OmniOS

Prof. Suresh Jagannathan

- $100K Grant

- Track record of outstanding complier work

- Access & expertise on Intel SCC technology : SCC platform not yet commercially available

- Trustworthy relationship via Intern program

Utilize Purdue’s expertise on concurrent programming language and multi/manycore runtimes - Parallel programming language support for MIMD platforms

Leverage Genode OS Framework and contract them to develop specific features for SISA and HQ

Purdue University Genode Labs

Collaboration Details

Secure

Modular Scalable

ManycoreReady

Support for Embedded

Integrated Parallel SW Dev.

Real-time

SAIT ICLLEGO

SISA CSLOMNI-OS

QoS Aware

Distributed

Adaptive

SAMSUNG FUTURE OS

* SCC: Single Chip Cloud, L4: Family of second-generation microkernels

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