Anaflash provides eFlash based analog computing-in-memory architecture which solves power, latency, and security issues in edge devices at much lower cost.

July 2017 - April 2019 : Working for LNE (LGE's Neural Engine - Deep Learning Accelerator), main role is to architect HW and SW - to develop new features how to improve performance and efficiency, for that goal used to analyse Deep Learning Network and estimate hardware performance, and to implement libraries and binary for LNE; building knowledge on Caffe, Tensorflow and research on HW-SW co-optimization method.2016-July 2017 : Maternity Leave2014-2015 : Started system architect career as a SoC architecture team member; architecture exploration tool development using SystemC and TLM2013 : As an audio sub-system architect, lead Low-Power Audio system in GH14 (LGE's first Application Processor project); skill-set of embedded linux and Android

I developed a photograph application for the iPhone, named SmileCat�, working with Fungrep,which is a software company for mobile applications. The application is implemented by myselfapart from UI designs and it had ranked as the most popular photo application in KoreanAppStore for about two months. This makes it possible for me to get used to Objective-C, X-code and iPhone SDK. The second project was named Moms�, which is a client application forthe Social Network Site for `moms' in Korea. Although Moms was for the iPhone application, Ihad an experience for the Java and Android Development Tool(ADT) by referencing sourcecode of the same application for the Android.

ResponsibilityFor the past around 6 years at Samsung , as a system engineer of WindowsMobile(WM) systemteam, I had developed various system drivers and test applications - Audio, Battery, USB, GPIO,and etc. - and obtained reasonable knowledge of WM system from hardware schematic level toapplication layer. For the commercial product, co-work with chip vendors (Intel, Marvell,Qualcomm and Samsung Semiconductor, etc.), with the internal qualification(QA) team, andwith other system team members and application engineers was essential. To get a fine tuning-result, intimately working with hardware engineers was another crucial factor. Since CeylonProject in 2006, my main job was to develop audio driver and subsidiary system, so I amproficient in porting and developing audio driver for WM system in various hardwareenvironments. - 2004. 08 – 2005. 04 : SPH-M7000 (Nexus, PPC2003, Intel Bulverde) battery driver, system test program, MS logo test program- 2005. 05 – 2005. 12 : SCH-M430/420, SPH-M6200/620 (Blackjack, Smartphone, TI OMAP)- 2006. 01 – 2006. 10 : SPH-M4500/450 (Capri, Windows Mobile 5.0, Intel Bulverde 624MHz) co-work with Microsoft GPIO driver(slide, earphone, external peripherals), Battery driver, MITsManager(middleware), Serial driver(UART), MS logo test program- 2006. 11 – 2007. 03 : SPH-M4650/4655 (Ceylon, Windows Mobile 6.0, Intel MonahanL)Audio driver, GPIO driver, Power manager, USB driver, Downloader- 2007. 04 – 2008. 04 : SCH-M470 (Creta, Windows Mobile 6.0, MSM7200) co-work with QualcommAudio driver, DSP, GPIO driver, MITsManager- 2008. 05 – 2009. 02 : SCH-M490/495 (T*Omnia, Windows Mobile 6.0, Intel MonahanLV) co-work with MarvellAudio driver- 2009. 02 – 2009. 10 : SCH-M710/7150 (Cubic37, Windows Mobile 6.1/6.5, SLSI 6410), SCH-M720/7200(Xian)Proximity sensor driver, Magnetic sensor driver, Accelerometer sensor driver, USB driver, Touch driver, Audio driver, OneDRAM download module