The Evolution of Gaming Through 5G
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December 2007 Updated 12/17/07 AT&T Mobility December ~ Washington Government WSCA – AT&T Mobility Device and Rate Plan Update for 2007 All Offers for Government Use ONLY On the attached pages you will find updates to the December WSCA pricing for Equipment and Rate Plans. Table of Contents Page 2: Voice Rate Plans Page 3: FREE Cellular Phones Page 4: Cellular Phones Page 5: BlackBerry Devices Page 6: SmartPhones (Microsoft, Nokia, Palm) Page 7: Push-to-Talk Devices Page 8: Aircards Page 9: Accessories Page 10: Nationwide Coverage Map December Highlights: ¾New Blackberry 8310 Curve! ~ Onboard GPS ~ Available in Titanium & Red! ¾ New Samsung Blackjack 2 – GPS ~ Available in Black & Red! ¾ Air Card Promotion: Sierra AC881 & Option GT Max FREE! *Certain devices may not be shown due to policy or otherwise WSCA Pricing. For more Information Contact: Prices and Promotions subject to change without notice Rob Holden All Offers for Government Use ONLY 425-580-7741 Master Price Agreement: T07-MST-069 [email protected] All plans receive WSCA 20% discount on monthly recurring service charges December 2007 December 2007 Updated 12/17/07 AT&T Mobility Oregon Government WSCA All plans receive 20% additional discount off of monthly recurring charges! AT&T Mobility Calling Plans REGIONAL Plan NATION Plans (Free Roaming and Long Distance Nationwide) Monthly Fee $9.99 (Rate Code ODNBRDS11) $39.99 $59.99 $79.99 $99.99 $149.99 Included mins 0 450 900 1,350 2,000 4,000 5000 N & W, Unlimited Nights & Weekends, Unlimited Mobile to 1000 Mobile to Mobile Unlim -
Down and Dirty Camera Tricks Even for Your CELL PHONE
Down and Dirty Camera Tricks Even for Your CELL PHONE Educational Seminar GCSAA Presenter - John R. Johnson Creating Images That Count The often quoted Yogi said, “When you come to a Fork in the Road – Take it!” What he meant was . “When you have a Decision in Life – Make it.” Let’s Make Good Decisions with Our Cameras I Communicate With Images You’ve known me for Years. Good Photography Is How You Can Communicate This one is from the Media Moses Pointe – WA Which Is Better? Same Course, 100 yards away – Shot by a Pro Moses Pointe – WA Ten Tricks That Work . On Big Cameras Too. Note image to left is cell phone shot of me shooting in NM See, Even Pros Use Cell Phones So Let’s Get Started. I Have My EYE On YOU Photography Must-Haves Light Exposure Composition This is a Cell Phone Photograph #1 - Spectacular Light = Spectacular Photography Colbert Hills - KS Light from the side or slightly behind. Cell phones require tons of light, so be sure it is BRIGHT. Sunsets can’t hurt either. #2 – Make it Interesting Change your angle, go higher, go lower, look for the unusual. Resist the temptation to just stand and shoot. This is a Cell Phone Photograph Mt. Rainier Coming Home #2 – Make it Interesting Same trip, but I shot it from Space just before the Shuttle re-entry . OK, just kidding, but this is a real shot, on a flight so experiment and expand your vision. This is a Cell Phone Photograph #3 – Get Closer In This Case Lower Too Typically, the lens is wide angle, so things are too small, when you try to enlarge, they get blurry, so get closer to start. -
Arxiv:2007.12342V3 [Cs.CV] 1 Aug 2020 Images Are Captured from 8 Scenes (2 Environments * 4 Illumination Condi- Tions) with More Than 10 Sensors
CelebA-Spoof: Large-Scale Face Anti-Spoofing Dataset with Rich Annotations Yuanhan Zhang1 ;2 ?, Zhenfei Yin2 ?, Yidong Li1, Guojun Yin2, Junjie Yan2, Jing Shao2, and Ziwei Liu3 1 Beijing Jiaotong University, Beijing, China 2 SenseTime Group Limited 3 The Chinese University of Hong Kong f18120454,[email protected] 4 fyinzhenfei,yinguojun,yanjunjie,[email protected] 5 [email protected] Abstract. As facial interaction systems are prevalently deployed, secu- rity and reliability of these systems become a critical issue, with substan- tial research efforts devoted. Among them, face anti-spoofing emerges as an important area, whose objective is to identify whether a presented face is live or spoof. Though promising progress has been achieved, ex- isting works still have difficulty in handling complex spoof attacks and generalizing to real-world scenarios. The main reason is that current face anti-spoofing datasets are limited in both quantity and diversity. To overcome these obstacles, we contribute a large-scale face anti-spoofing dataset, CelebA-Spoof, with the following appealing properties: 1) Quantity: CelebA-Spoof comprises of 625,537 pictures of 10,177 subjects, significantly larger than the existing datasets. 2) Diversity: The spoof arXiv:2007.12342v3 [cs.CV] 1 Aug 2020 images are captured from 8 scenes (2 environments * 4 illumination condi- tions) with more than 10 sensors. 3) Annotation Richness: CelebA-Spoof contains 10 spoof type annotations, as well as the 40 attribute annotations inherited from the original CelebA dataset. Equipped with CelebA-Spoof, we carefully benchmark existing methods in a unified multi-task frame- work, Auxiliary Information Embedding Network (AENet), and reveal several valuable observations. -
OP:OPPO-Find-X2-Pro-5G-12GB-512GB Datasheet
OP:OPPO-Find-X2-Pro-5G-12GB-512GB Datasheet Get a Quote Overview OPPO Find X2 Pro 5G Smart phone 12GB+512GB 65W SuperVOOC snapdragon 865 SA/NSA 4260mAh Related Similar 5G Phones Part Number Features Support 5G Bands Huawei P40 5G Phone Android 10. kirin990 Octacore CPU, nano 5G NR: n1/n3/n5/n28 (TX: 703-733 MHz, RX: 758- memory card 2, 3800 mAh 788 MHz)/n38/n41/n66/n77/n78/n79 Huawei P40 Pro 5G Android 10. kirin990 Octacore CPU, nano 5G NR: n1/n3/n5/n28 (TX: 703-733 MHzRX: 758-788 Phone memory card 2, 4200 mAh MHz)/n38/n41/n66/n77/n78/n79 Huawei Mate Xs 5G 8” Foldable FullView Display, Kirin 990 5G NR: N38/N41 (2515 ~ 2690 MHz)/N77/N78/N79/N1/N3/N28 Xiaomi MI 10 5G Phone MI 10 5G Smart Phone 5G: n1/n3/n41/n78/n79 OPPO Reno3 5G Phone SA/NSA Dual SIM card 5G NR: n1/n41/n78/n79 OPPO Find X2 5G 65W SuperVOOC snapdragon 865 SA/NSA 5G (NR): n1/n78/n79/n41 Phone 4260mAh OPPO Ace2 5G Phone SA/NSA snapdragon 865 5G: n1/n3/n78/n79/n41 Vivo iQOO Pro 5G UFS3.0,snapdragon 855 PLUS,4500mAh 5G SUB6:n41/n78 Phone Vivo NEX 3 5G Phone NSA snapdragon 855 4500mAh 44W Fast 5G NR:n41/n78 Charging Vivo S6 5G Phone SA&NSA Esynos 980 4500mAh Multi-Turbo 3.0 5G: SA:n1/n3/n41/n77/n78 Vivo Z6 5G Phone SA&NSA snapdragon 765, 5000mAh 44W Fast 5G: n1/n3/n77/n41/n78 Charging Vivo X30 5G Phone NSA&SA Esynos 980,4350mAh,33W Fast 5G: n1/n3/n77/n41/n78 Charging ZTE Axon 11 5G Phone SA/NSA snapdragon 765G Dual SIM card 4000 5G: n1/n3/n41/n78/n79 mAh Learn More: 5G Devices Ultra Night Mode 3.0 Find X2 Pro is equipped with a custom Sony IMX689 48MP wide angle camera. -
Visual Mobile Communication Camera Phone Photo Messages As Ritual Communication and Mediated Presence Mikko Villi’S Background Is in Com- Munication Studies
mikko villi Visual mobile communication Camera phone photo messages as ritual communication and mediated presence Mikko Villi’s background is in com- munication studies. He has worked as a researcher at the University of Art and Design Helsinki, University of Tampere and University of Helsin- ki, where he has also held the position of university lecturer. Currently, he works as coordinator of educational operations at Aalto University. Villi has both researched and taught sub- jects related to mobile communica- tion, visual communication, social media, multi-channel publishing and media convergence. Visual mobile communication mikko villi Visual mobile communication Camera phone photo messages as ritual communication and mediated presence Aalto University School of Art and Design Publication series A 103 www.taik.fi/bookshop © Mikko Villi Graphic design: Laura Villi Original cover photo: Ville Karppanen !"#$ 978-952-60-0006-0 !""$ 0782-1832 Cover board: Ensocoat 250, g/m2 Paper: Munken Lynx 1.13, 120 g/m2 Typography: Chronicle Text G1 and Chronicle Text G2 Printed at %" Bookwell Ltd. Finland, Jyväskylä, 2010 Contents acknowledgements 9 1 introduction 13 2 Frame of research 17 2.1 Theoretical framework 19 2.1.1 Ritual communication 19 2.1.2 Mediated presence 21 2.2 Motivation and contribution of the study 24 2.3 Mobile communication as a field of research 27 2.4 Literature on photo messaging 30 2.5 The Arcada study 40 2.6 Outline of the study 45 3 Camera phone photography 49 3.1 The real camera and the spare camera 51 3.2 Networked photography -
Test Report on Terminal Compatibility of Huawei's WLAN Products
Huawei WLAN ● Wi-Fi Experience Interoperability Test Reports Test Report on Terminal Compatibility of Huawei's WLAN Products Huawei Technologies Co., Ltd. Test Report on Terminal Compatibility of Huawei's WLAN Products 1 Overview WLAN technology defined in IEEE 802.11 is gaining wide popularity today. WLAN access can replace wired access as the last-mile access solution in scenarios such as public hotspot, home broadband access, and enterprise wireless offices. Compared with other wireless technologies, WLAN is easier to operate and provides higher bandwidth with lower costs, fully meeting user requirements for high-speed wireless broadband services. Wi-Fi terminals are major carriers of WLAN technology and play an essential part in WLAN technology promotion and application. Mature terminal products available on the market cover finance, healthcare, education, transportation, energy, and retail industries. On the basis of WLAN technology, the terminals derive their unique authentication behaviors and implementation methods, for example, using different operating systems. Difference in Wi-Fi chips used by the terminals presents a big challenge to terminal compatibility of Huawei's WLAN products. Figure 1-1 Various WLAN terminals To identify access behaviors and implementation methods of various WLAN terminals and validate Huawei WLAN products' compatibility with the latest mainstream terminals used in various industries, Huawei WLAN product test team carried out a survey on mainstream terminals available on market. Based on the survey result, the team used technologies and methods specific to the WLAN field to test performance indicators of Huawei's WLAN products, including the access capability, authentication and encryption, roaming, protocol, and terminal identification. -
Of-Device Finger Gestures
LensGesture: Augmenting Mobile Interactions with Back- of-Device Finger Gestures Xiang Xiao♦, Teng Han§, Jingtao Wang♦ ♦Department of Computer Science §Intelligent Systems Program University of Pittsburgh University of Pittsburgh 210 S Bouquet Street 210 S Bouquet Street Pittsburgh, PA 15260, USA Pittsburgh, PA 15260, USA {xiangxiao, jingtaow}@cs.pitt.edu [email protected] ABSTRACT becomes the only channel of input for mobile devices, leading to We present LensGesture, a pure software approach for the notorious "fat finger problem" [2, 22], the “occlusion augmenting mobile interactions with back-of-device finger problem” [2, 18], and the "reachability problem" [20]. In gestures. LensGesture detects full and partial occlusion as well as contrast, the more responsive, precise index finger remains idle on the dynamic swiping of fingers on the camera lens by analyzing the back of mobile devices throughout the interactions. Because image sequences captured by the built-in camera in real time. We of this, many compelling techniques for mobile devices, such as report the feasibility and implementation of LensGesture as well multi-touch, became challenging to perform in such a "situational as newly supported interactions. Through offline benchmarking impairment" [14] setting. and a 16-subject user study, we found that 1) LensGesture is easy Many new techniques have been proposed to address these to learn, intuitive to use, and can serve as an effective challenges, from adding new hardware [2, 15, 18, 19] and new supplemental input channel for today's smartphones; 2) input modality, to changing the default behavior of applications LensGesture can be detected reliably in real time; 3) LensGesture for certain tasks [22]. -
ASUS A002 2 Asus Zenfone AR ASUS A002 1 Asus Zenfone AR (ZS571KL) ASUS A002
FAQ for Toyota AR MY (iOS and Android) Q1. What types of devices are required to operate Toyota AR MY? A1. Toyota AR MY requires the latest high-end Apple and Android mobile devices with ARKit and ARcore to operate smoothly. Q2. What types of Apple devices can support Toyota AR MY? A2. The Apple iPhone (iPhone 6S and above), iPhone SE, iPad Pro (2nd Generation and above) and iPad (5th Generation and above). Q3. What types of Android mobile devices support Toyota AR MY? A3. Android devices such as AndroidOS 8 and above support the AR core framework. Other supporting Android devices are listed as below: Manufacturer Model Name Model Code Asus ROG Phone ASUS_Z01QD_1 Asus ZenFone Ares (ZS572KL) ASUS_A002_2 Asus ZenFone AR ASUS_A002_1 Asus ZenFone AR (ZS571KL) ASUS_A002 Manufacturer Model Name Model Code Google Pixel 3 blueline Google Pixel sailfish Google Pixel 2 walleye Google Pixel XL marlin Google Pixel 3 XL crosshatch Google Pixel 2 XL taimen Manufacturer Model Name Model Code Huawei Honor 8X HWJSN-H Huawei Honor 8X Max HWJSN-HM Huawei P20 Pro HWCLT Huawei P20 Pro HW-01K Huawei Honor 10 HWCOL Huawei P20 lite HWANE Huawei Nexus 6P angler Huawei Mate 20 X HWEVR Huawei Mate 20 Pro HWLYA Huawei nova 3 HWPAR Huawei Honor Magic 2 HWTNY Huawei HUAWEI Y9 2019 HWJKM-H Huawei Mate 20 HWHMA Huawei Mate 20 lite HWSNE Huawei nova 3i HWINE Manufacturer Model Name Model Code LG Electronics Q8 anna LG Electronics Q8 cv7an LG Electronics G7 One phoenix_sprout LG Electronics LG G6 lucye LG Electronics JOJO L-02K LG Electronics LG G7 ThinQ judyln LG Electronics -
A Guide to Smartphone Astrophotography National Aeronautics and Space Administration
National Aeronautics and Space Administration A Guide to Smartphone Astrophotography National Aeronautics and Space Administration A Guide to Smartphone Astrophotography A Guide to Smartphone Astrophotography Dr. Sten Odenwald NASA Space Science Education Consortium Goddard Space Flight Center Greenbelt, Maryland Cover designs and editing by Abbey Interrante Cover illustrations Front: Aurora (Elizabeth Macdonald), moon (Spencer Collins), star trails (Donald Noor), Orion nebula (Christian Harris), solar eclipse (Christopher Jones), Milky Way (Shun-Chia Yang), satellite streaks (Stanislav Kaniansky),sunspot (Michael Seeboerger-Weichselbaum),sun dogs (Billy Heather). Back: Milky Way (Gabriel Clark) Two front cover designs are provided with this book. To conserve toner, begin document printing with the second cover. This product is supported by NASA under cooperative agreement number NNH15ZDA004C. [1] Table of Contents Introduction.................................................................................................................................................... 5 How to use this book ..................................................................................................................................... 9 1.0 Light Pollution ....................................................................................................................................... 12 2.0 Cameras ................................................................................................................................................ -
Smartwatch Instructions
SMARTWATCH INSTRUCTIONS IOS To download our app, search for RADLEY LONDON WATCH app or scan the appropriate QR code for installation. Use Thank you for purchasing your your smart phone camera or QR code RADLEY LONDON smartwatch reader app. Please follow these instructions The RADLEY LONDON WATCH app will carefully and we’ll soon have you ANDROID work on the following smartphones: up & running with your new watch. Android (version 4.4 and above) Apple IOS (version 8.0 and above) Please ensure the app is the latest version and have Bluetooth 5.0 QUICK START GUIDE CONNECTING BAND TO MOBILE PHONE CHARGING GUIDE 1. Enable Bluetooth on your smartphone. Charging for automatic power-on: 2. Open RADLEY App. on your smart phone, set your profile within settings. 1. Line up the 2 pins to the charging spots on the back of the watch case. 3. Tap connect device within settings. 2. The pins are magnetic and will secure the charger in place. 4. Select Smart Bracelet as shown. 3. Plug in the USB cable to a power source. Once connected, a charging icon 5. Follow the steps, search for RADLEY LONDON device will appear on screen. name and connect. 4. Please charge the band when it displays low battery. 6. Within the notifications section, select the 5. A 2 hour charge time is sufficient to fully charge your smartwatch. Please notification types you want your band to receive. ensure you do not exceed a 2 hour charge period. OPERATION INTRODUCTION DISCONNECTING YOUR SMART WATCH & PHONE • To switch on the watch, press and hold the side button until the display is on. -
Smartphone Design Win Quarterly Monitor
QUARTERLY TECHNOLOGY MONITOR Smartphone Design Win Quarterly Monitor Q1 2021 A first ever smartphone technology monitor on the latest components, packaging and silicon chip choices of the smartphone makers. This smartphone monitor utilizes data from wins (17% of total design wins) and package representative phones (65+ phones per year footprint consumption (21%). Snapdragon torn down in the System Plus Consulting processors and RF components (transceivers, Phone Teardown Track Module) and follows RFFEM) explain this. the OEM market share, which means that the Regarding die area consumption, Samsung selected phones are a good representation of leads (30% of total die area) thanks to the market. Also provided is the detailed memories and image sensors. design wins and related supply chain for the BGA and LGA packages are the main eight phones being analyzed, along with packaging platform, with 37% of package supply chain alternatives for the main devices. footprint consumption. For each device and module, you get access to U.S.-based companies account for 47% of IC Title: Smartphone the technology choices of the manufacturers. Design Win Quarterly design wins and 43% of total die area Monitor - Q1 2021 This monitor offers a clear view of the market- (Qualcomm, Qorvo, Skyworks, Texas leading semiconductor companies and a direct Instruments and Cirrus Logic have the Pages: 150 comparison between OEMs. This includes: majority). Even though Korea represents only Date: April 2021 oDesign wins for the top smartphones' OEM 6% of the IC design wins number, it represents Format: (per Mfr., nationality, type of device…) 33% in terms of the total die area. -
Optical Design of the 13 Mega-Pixels Mobile Phone Camera Pengbo Chen
3rd International Conference on Materials Engineering, Manufacturing Technology and Control (ICMEMTC 2016) Optical design of the 13 mega-pixels mobile phone camera Pengbo Chen,Xingyu Gaoa,* Institute of Intelligent Opto-mechatronics and Advanced Manufacture Technology, College of Electromechanical Engineering, Guilin University of Electronic Technology, Guilin 541004,China. a,*[email protected] Corresponding Author:Xingyu Gao Keywords: Optical design ; Mobile phone lens; Aspherical surface; Abstract. According to the market demand for high resolution cell phone camera,a 13 mega-pixels camera lens applying aspherical surfaces is designed using the ZEMAX optical design software. The lens is consisted by four pieces of aspherical plastic lens, an optical filter and a piece of protection glass. The lens has the optical performance of F-number 2.8, viewing angle 76°, focal length 4.4 mm, back focal length 0.58 mm, and total length 5.6 mm. After the tolerance analyzing, its tolerance meets the processing requirements, which can satisfy the requirements of the commercial sell phone. 1. Introduction Since 2000, Japan's Sharp Co launched the world's first camera phone. Camera function has become an essential feature of the phone. In 2003, Sony launched the first mobile phone with camera function, model for Ericsson T618, this phone installed 10 million pixel mobile phone lens, which is the earliest a camera phone, marking China's entry into the era of mobile phone camera on the Chinese market. In 2006, Zhu Rihong [1], who designed a f / 3.2, field of view angle of 55 degrees, pixel reached 160 million of the lens, the lens system as the total length of 5mm.In 2008, Liu Maochao [2], who designed a F/2.85, field of view angle of 62 degrees, pixel to 3 million of the lens, the system length of the lens is 5.26mm.In 2009, Li Wenjing [3], who designed a F/2.8, the field of view angle of 65 degrees, pixel 5 million of the mobile phone lens, the total length of the lens system is 5.8mm.