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A few years ago I became interested in first person shooter games and in particular how the world levels are created and rendered in real time. At the same time I found myself in between jobs and so I embarked on an effort to learn about 3D rendering with the goal of creating my own 3D rendering engine. Since I am a developer and not an artist I didn’t have the skills to create my own models, levels, and textures. So I decided to attempt to write a rendering engine that would render existing game levels. I mainly used information and articles I found on the web about Quake 2, Half Life, WAD and BSP files. In particular I found the Michael Abrash articles that he wrote for DR. Dobbs magazine while working at Id to be very illuminating.
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Micro-Electro-Mechanical Systems (MEMS) are miniature systems composed
ofintegratedelectricalandmechanicalpartstosenseand/orcontrolthingsonaμmscale.
The concept of MEMS is attributed to Richard Feynman’s famous talk on December
29th, 1959 [2,3]. DR. Feynman foresaw many aspects of future MEMS development
with his insight in microphysics. In particular, material properties in the μm scale are
differentfrombulkpropertiesandthescalingdownofintegratedcircuits(IC)fabrication
technology has been a major DRiving force of MEMS development.
It all started rather innocuously. I walked into DR GT Murthy’s office one fine day, andchanged my life. “Doc” was then the General Manager, Central R&D, of a very largeelectrical company headquartered in Bombay. In his new state-of-the-art electronics center,he had hand-picked some of India’s best engineers (over a hunDRed already) ever assembledunder one roof. Luckily, he too was originally a Physicist, and that certainly helped me gainsome empathy. Nowadays he is in retirement, but I will always remember him as athoroughly fair, honest and facts-oriented person, who led by example. There were severalthings I absorbed from him that are very much part of my basic engineering persona today.You can certainly look upon this book as an extension of what Doc started many years agoin India … because that’s what it really is! I certainly wouldn’t be here today if I hadn’t metDoc. And in fact, several of the brash, high-flying managers I’ve met in recent years,desperately need some sort of crash course in technology and human values from Doc!
MAX30102芯片心率血氧傳感器模塊傳感器模塊軟硬件設計資料包括STM32測試源碼AD設計原理圖及心率及血氧參考設計資料:參考代碼及實驗數據工程文件及庫心率及血氧參考設計資料芯片數據手冊1771.pdf2ES Teck PEMS White Paper.pdf31930_accessories.pdf5273c08fe2b6b_1_4264142A_EN_p.pdfAvant 2120 Brochure.pdfcelyon-1057-daeg.pdfDR. Bob case study for dental.pdfenvitec.pdfgclarke-2015-MASc-thesis.pdfiadt02i4p261.pdfIHE_PCD_Suppl_POI.pdfijcsit2014050679.pdfIMECS2009_pp1537-1540.pdfLuksSwensonPulseOximetryatHighAltitude.pdfMI_CCHD_Screener_Tips_Flier_3-21-13_422078_7.pdfMoon.pdfnotes6.pdfpansw_spo2_sensor.pdfPK_EN_MAsimo2008Product Catalog.pdfpm-60a-spo2-report-4.pdfpulse-oximetry-at-home.pdfpulse-oximetry.pdfpulse.pdfPulseOxFinal_low.pdfpulse_ox.pdfpxc3976461.pdfReusable SpO2 Sensors.pdfSP02-cross-reference-sensor.pdfsprt533.pdfsszb140.pdfview.pdf
熱計量表MBUS遠傳總線接線標準1.M-BUS介紹M-Bus（是Paderborn大學的DR.Horst Ziegler與TI公司的Deutschland GmbH和TechemGmbH共同提出的，）專門用于公共事業儀表的總線結構，稱Meter-Bus，簡稱M-Bus.M-Bus儀表總線屬于局域網（Local Area Net-work，簡稱LAN），是處于同一幢建筑或方圓幾公里遠地域內的專用網絡，被用于連接遠程監控計算機和工作站、測量儀表等設備，以便資源共享和數據傳輸。M-Bus儀表總線具有LAN的3個基本特征：（1）范圍，（2）傳輸技術，（3）拓撲結構。LAN具有星形、環形和總線形拓撲結構。M-Bus一般采用總線形拓撲結構。如下圖M-Bus儀表總線可以滿足由電池供電或遠程供電的計量儀表的特殊要求。當計量儀表收到數據發送請求時，將當前測量的數據傳送到主站，（主站可以是手持單元、計算機或其它終端），主站定期地讀取某幢建筑中安裝的計量儀表的數據。一般而言，掛接在儀表總線上的計量儀表的數目可達數百個，數據傳輸距離達數千米。在總線上傳送的數據具有高度的完整性和快速性。通信線選擇通常選擇2芯1.0mm2的RVVP多股銅線線，電源及通信線復用。網絡最遠距離不宜超過1000m，最大負載數量不宜超過256戶。安裝注意事項
