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AGIS SOFTWARE DEVELOPMENT § LLC, § Case No
Case 2:19-cv-00361-JRG Document 1 Filed 11/04/19 Page 1 of 70 PageID #: 1 IN THE UNITED STATES DISTRICT COURT FOR THE EASTERN DISTRICT OF TEXAS MARSHALL DIVISION § AGIS SOFTWARE DEVELOPMENT § LLC, § Case No. § Plaintiff, § JURY TRIAL DEMANDED § v. § § GOOGLE LLC, § § Defendant. § § PLAINTIFF’S ORIGINAL COMPLAINT FOR PATENT INFRINGEMENT Plaintiff, AGIS Software Development LLC (“AGIS Software” or “Plaintiff”) files this original Complaint against Defendant Google LLC (“Defendant” or “Google”) for patent infringement under 35 U.S.C. § 271 and alleges as follows: THE PARTIES 1. Plaintiff AGIS Software is a limited liability company organized and existing under the laws of the State of Texas, and maintains its principal place of business at 100 W. Houston Street, Marshall, Texas 75670. AGIS Software is the owner of all right, title, and interest in and to U.S. Patent Nos. 8,213,970, 9,408,055, 9,445,251, 9,467,838, 9,749,829, and 9,820,123 (the “Patents-in-Suit”). 2. Defendant Google is a Delaware corporation and maintains its principal place of business at 1600 Amphitheatre Parkway, Mountain View, California 94043, and may be served with process via its registered agent, Corporation Service Company at 251 Little Falls Drive, Wilmington, DE 19808. Upon information and belief, Google does business in Texas, directly or through intermediaries, and offers its products and/or services, including those accused herein Case 2:19-cv-00361-JRG Document 1 Filed 11/04/19 Page 2 of 70 PageID #: 2 of infringement, to customers and potential customers located in Texas, including in the judicial Eastern District of Texas. -
In the Common Pleas Court Delaware County, Ohio Civil Division
IN THE COMMON PLEAS COURT DELAWARE COUNTY, OHIO CIVIL DIVISION STATE OF OHIO ex rel. DAVE YOST, OHIO ATTORNEY GENERAL, Case No. 21 CV H________________ 30 East Broad St. Columbus, OH 43215 Plaintiff, JUDGE ___________________ v. GOOGLE LLC 1600 Amphitheatre Parkway COMPLAINT FOR Mountain View, CA 94043 DECLARATORY JUDGMENT AND INJUNCTIVE RELIEF Also Serve: Google LLC c/o Corporation Service Co. 50 W. Broad St., Ste. 1330 Columbus OH 43215 Defendant. Plaintiff, the State of Ohio, by and through its Attorney General, Dave Yost, (hereinafter “Ohio” or “the State”), upon personal knowledge as to its own acts and beliefs, and upon information and belief as to all matters based upon the investigation by counsel, brings this action seeking declaratory and injunctive relief against Google LLC (“Google” or “Defendant”), alleges as follows: I. INTRODUCTION The vast majority of Ohioans use the internet. And nearly all of those who do use Google Search. Google is so ubiquitous that its name has become a verb. A person does not have to sign a contract, buy a specific device, or pay a fee to use Good Search. Google provides its CLERK OF COURTS - DELAWARE COUNTY, OH - COMMON PLEAS COURT 21 CV H 06 0274 - SCHUCK, JAMES P. FILED: 06/08/2021 09:05 AM search services indiscriminately to the public. To use Google Search, all you have to do is type, click and wait. Primarily, users seek “organic search results”, which, per Google’s website, “[a] free listing in Google Search that appears because it's relevant to someone’s search terms.” In lieu of charging a fee, Google collects user data, which it monetizes in various ways—primarily via selling targeted advertisements. -
Fitkit Android Application
International Journal of Engineering Applied Sciences and Technology, 2019 Vol. 4, Issue 4, ISSN No. 2455-2143, Pages 203-205 Published Online August 2019 in IJEAST (http://www.ijeast.com) FITKIT ANDROID APPLICATION Aashita Chhabra, Chitrank Tyagi Department of Information Technology, Guru Gobind Singh Indraprastha University, Sector 16C, Dwarka, Delhi, 110078 Abstract— “Age is just a number” a quote that explains one can never get old if one follows proper healthy routine. A. Application Fundamentals: With the initiatives taken by the government and various Android applications are written in Java programming industries (Bollywood, Cricket etc) fitness is gaining language. However, it is important to remember that they are popularity among the individuals. Smartphones and not executed using the standard Java Virtual Machine (JVM). tablets are slowly but steadily changing the way we look Instead, Google has created a custom VM called Dalvik which after our health and fitness. Today, many high quality is responsible for converting and executing Java byte code. All mobile apps are available for users and health custom Java classes must be converted (this is done professionals and cover the whole health care chain, i.e. automatically but can also be done manually) into a Dalvik information collection, prevention, diagnosis, treatment compatible instruction set before being executed into an and monitoring. Our team has developed a mobile Android operating system. Dalvik VM takes the generated application called FitKit which is implemented using Java class files and combines them into one or more Dalvik Android framework and is available for android users. Executable (.dex) files. It reuses duplicate information from Our app mainly focuses on fitness regimes inclusive of multiple class files, effectively reducing the space requirement meals allotment, workout routine, chat support with (uncompressed) by half from a traditional .jar file. -
Jeremy Nelson, CEO Afia Inc
Internet of Health Apps, Wearables, Population Health, and Integrated Care Jeremy Nelson, CEO Afia Inc. At a high level 1. New generation of connected devices 2. New models for care delivery 3. New class of innovative startups 4. Supported by payment reform 2010 Sensors & Technology ● GPS ● Cameras ● Microphones ● 6-axis accelerometer ● Compass ● Light sensor ● Proximity sensor ● Wi-Fi & 3G ● Bluetooth In Just The Last 7 Years 2015 Sensors & Technology ● 70x faster CPU ● 90x faster graphics ● NFC ● Barometer ● 4G/LTE ● Bluetooth Low Energy ● Motion Coprocessor ● 3D Touch “What is your most important device?” Smart Devices 1.0 The Pavlok Band ● Activity tracking ● Sleep tracking ● “Shock circuit” The Pavlok Band “Pay a fine, lose access to your phone, even get an electric shock… at the hands of your friends” if you fail to meet goals Who tracks their health? ● 45% of U.S. adults live with at least one chronic condition. ● Of those with 2+ Conditions ○ 78% have high blood pressure ○ 45% have diabetes Source: Pew Research Connected Wearables Show of Hands Android Wear Apple Watch Common Sensors ● Heart rate sensor ● Accelerometer ● BTLE + Wifi ● GPS (Phone) Apple S1 Chip ? Fourteen Months In ● Battery life - good ● Hardware design - excellent ● Messaging - excellent ● Activity tracking & fitness - good ● Third-party apps - poor Epic - MyChart on Apple Watch Appointment reminders, messages, medications integrated with EHR Emotiv Insight ● Consumer EEG & inertial sensor ● Bluetooth integration with smartphone ● Available via API Spire Mind & Body Tracker ● Measures breathing & provides feedback ● Senses stress/tension, suggest deep breath ● Included iOS guides “mini-meditations” MIT “Band-aid of the Future” ● Sticky, stretchy, gel- like material ● Incorporates sensors (eg. -
Lessons on Reliability of Wearables Through State-Aware Fuzzing
Vulcan: Lessons on Reliability of Wearables through State-Aware Fuzzing Edgardo Barsallo Yi Heng Zhang Amiya K. Maji [email protected] Purdue University Purdue University Purdue University West Lafayette, IN West Lafayette, IN West Lafayette, IN [email protected] [email protected] Kefan Xu Saurabh Bagchi Purdue University Purdue University West Lafayette, IN West Lafayette, IN [email protected] [email protected] ABSTRACT Wear OS relative to Android. The fundamental driver of the dif- As we look to use Wear OS (formerly known as Android Wear) ferences is the limited display area and the difficulty of executing devices for fitness and health monitoring, it is important to eval- interactive work (such as typing) on a wearable device. As a result, uate the reliability of its ecosystem. The goal of this paper is to wearable apps tend to have more number of Services (which run in understand the reliability weak spots in Wear OS ecosystem. We the background) relative to Activities (which run in the foreground), develop a state-aware fuzzing tool, Vulcan, without any elevated have fewer GUI components, and have tethering to a counterpart privileges, to uncover these weak spots by fuzzing Wear OS apps. app on the mobile device [32]. Moreover, wearable devices are of- We evaluate the outcomes due to these weak spots by fuzzing 100 ten fitted with a variety of sensors (e.g., heart rate monitor, pulse popular apps downloaded from Google Play Store. The outcomes oximeter, and even electrocardiogram or ECG sensor) each with include causing specific apps to crash, causing the running app its own device driver software. -
A Research on Android Technology with New Version Naugat(7.0,7.1)
IOSR Journal of Computer Engineering (IOSR-JCE) e-ISSN: 2278-0661,p-ISSN: 2278-8727, Volume 19, Issue 2, Ver. I (Mar.-Apr. 2017), PP 65-77 www.iosrjournals.org A Research On Android Technology With New Version Naugat(7.0,7.1) Nikhil M. Dongre , Tejas S. Agrawal, Ass.prof. Sagar D. Pande (Dept. CSE, Student of PRPCOE, SantGadge baba Amravati University, [email protected] contact no: 8408895842) (Dept. CSE, Student of PRMCEAM, SantGadge baba Amravati University, [email protected] contact no: 9146951658) (Dept. CSE, Assistant professor of PRPCOE, SantGadge baba Amravati University, [email protected], contact no:9405352824) Abstract: Android “Naugat” (codenamed Android N in development) is the seventh major version of Android Operating System called Android 7.0. It was first released as a Android Beta Program build on March 9 , 2016 with factory images for current Nexus devices, which allows supported devices to be upgraded directly to the Android Nougat beta via over-the-air update. Nougat is introduced as notable changes to the operating system and its development platform also it includes the ability to display multiple apps on-screen at once in a split- screen view with the support for inline replies to notifications, as well as an OpenJDK-based Java environment and support for the Vulkan graphics rendering API, and "seamless" system updates on supported devices. Keywords: jellybean, kitkat, lollipop, marshmallow, naugat I. Introduction This research has been done to give you the best details toward the exciting new frontier of open source mobile development. Android is the newest mobile device operating system, and this is one of the first research to help the average programmer become a fearless Android developer. -
Intelligent Conversational Agents in Mental Healthcare Services
CORE Metadata, citation and similar papers at core.ac.uk Provided by AIS Electronic Library (AISeL) Prakash and Das: Intelligent Conversational Agents in Mental Healthcare Services: Research Paper doi: 10.17705/1pais.12201 Volume 12, Issue 2 (2020) Intelligent Conversational Agents in Mental Healthcare Services: A Thematic Analysis of User Perceptions Ashish Viswanath Prakash1, *, Saini Das2 1Indian Institute of Technology Kharagpur, India, [email protected] 2Indian Institute of Technology Kharagpur, India, [email protected] Abstract Background: The emerging Artificial Intelligence (AI) based Conversational Agents (CA) capable of delivering evidence-based psychotherapy presents a unique opportunity to solve longstanding issues such as social stigma and demand-supply imbalance associated with traditional mental health care services. However, the emerging literature points to several socio-ethical challenges which may act as inhibitors to the adoption in the minds of the consumers. We also observe a paucity of research focusing on determinants of adoption and use of AI- based CAs in mental healthcare. In this setting, this study aims to understand the factors influencing the adoption and use of Intelligent CAs in mental healthcare by examining the perceptions of actual users. Method: The study followed a qualitative approach based on netnography and used a rigorous iterative thematic analysis of publicly available user reviews of popular mental health chatbots to develop a comprehensive framework of factors influencing the user’s decision to adopt mental healthcare CA. Results: We developed a comprehensive thematic map comprising of four main themes, namely, perceived risk, perceived benefits, trust, and perceived anthropomorphism, along with its 12 constituent subthemes that provides a visualization of the factors that govern the user’s adoption and use of mental healthcare CA. -
CHAPTER 2 THEORETICAL FOUNDATION 2.1 Android
CHAPTER 2 THEORETICAL FOUNDATION 2.1 Android Technology 2.1.1 History In October 2003, a team of four technology expert in Palo Alto, California joined as a group to establish Android Inc. Andy Rubin (Co-founder of Danger, Inc.), Rich Miner (Co-founder of Wildfire Communication, Inc.), Nick Sears (Ex-VP at T-Mobile) and Chris White (head design and interface development at WebTV) [6] [7] worked to create an operating system for mobile devices that are aware of both user’s location and their personal preferences. At first, Android was meant to be implemented on digital camera devices, however the company recognized that cellular phones have higher demand of sale [7]. In August 2005, As Android gain popularity on mobile phones user, Google decide to acquired Android for an undisclosed price which is estimated to be about $50 million, since then the Google Mobile Division was born [7] [8]. On 5th November 2007, Google announced the Open Handset Alliance (OHA), an association of technology manufacturers that would work together to create open mobile device standards [7]. At the outset, 34 companies were involved on the association that includes wireless telecommunications providers(T-Mobile), mobile handset makers (Motorola, HTC, LG, and Samsung) and chipset makers (Texas Instruments, Qualcomm) [7]. This announcement than indicates that Android would be much different from the iPhone system in that it would not be limited to single mobile device manufactures [7]. Finally, in September 2008, T-Mobile announced the T-Mobile G1 as the first smartphone that uses Android Operating System. A month later, Google released the Android 1.0 8 source code which made it available to anyone [8]. -
Android Tv Box Lollipop Download How-To Install Libreelec Linux on Cheap Android TV Box
android tv box lollipop download How-to Install LibreELEC Linux on cheap Android TV Box. Today there are many cheap Android boxes, one of the most common processor is the Amlogic S905 or its more modern variants S905X and S905W. Those Quad-core Cortex-A53 CPUs can run 4K video on Android smoothly. But your Amlogic device is capable of some pretty cool things, one of those is running a full Linux operating system. In my case I have an X96 Mini, at a price o f $40 USD compares excellently against the $35 Raspberry Pi 3. Among others this small device has a fast Amlogic S905W quad-core 2GHz and Mali-450MP GPU, 2GB RAM and 16GB Flash, micro-sd reader, Ethernet & built-in WiFi, 2 USB ports and HDMI/AV output. BTW the X96 mini comes with everything you need as a power source, HDMI cable and IR remote control. As the purpose I had for this device was to use it for TV streaming I choose to install LibreELEC, but you could run a standard distribution Armbian versions from balbes150 if you like. LibreELEC (short for Libre Embedded Linux Entertainment Center) is a non-profit fork of OpenELEC Linux software appliance TV distro. LibreELEC is a complete media center software suite for embedded systems and computers, as it comes with a pre-configured version of Kodi and optional third-party PVR backend software. Kodi is one of the most popular media player and for good reason. The open-source program makes it easy to organize local files and watch streaming media on a wide variety of devices, all with the same highly customizable interface and user-friendly features. -
Android Wear Notification Settings
Android Wear Notification Settings Millicent remains lambdoid: she farce her zeds quirts too knee-high? Monogenistic Marcos still empathized: murmuring and inconsequential Forster sculk propitiously.quite glancingly but quick-freezes her girasoles unduly. Saw is pubescent and rearms impatiently as eurythmical Gus course sometime and features How to setup an Android Wear out with comprehensive phone. 1 In known case between an incoming notification the dog will automatically light. Why certainly I intend getting notifications on my Android? We reading that 4000 hours of Watch cap is coherent to 240000 minutes We too know that YouTube prefers 10 minute long videos So 10 minutes will hijack the baseline for jar of our discussion. 7 Tips & Tricks For The Motorola Moto 360 Plus The Android. Music make calls and friendly get notifications from numerous phone's apps. Wear OS by Google works with phones running Android 44 excluding Go edition Supported. On two phone imagine the Android Wear app Touch the Settings icon Image. Basecamp 3 for Android Basecamp 3 Help. Select Login from clamp watch hope and when'll receive a notification on your request that will. Troubleshoot notifications Ask viewers to twilight the notifications troubleshooter if they aren't getting notifications Notify subscribers when uploading videos When uploading a video keep his box next future Publish to Subscriptions feed can notify subscribers on the Advanced settings tab checked. If you're subscribed to a channel but aren't receiving notifications it sure be proof the channel's notification settings are mutual To precede all notifications on Go quickly the channel for court you'd like a receive all notifications Click the bell next experience the acquire button to distract all notifications. -
Collecting Activity Data Using the Open Mhealth Platform an Exploratory Study on Integrating Objective Data with Sport Monitoring Systems
Collecting activity data using the Open mHealth platform An exploratory study on integrating objective data with sport monitoring systems Daniel Gynnild-Johnsen , Lars-Erik Holte Master’s Thesis Spring 2017 Collecting activity data using the Open mHealth platform Daniel Gynnild-Johnsen Lars-Erik Holte May 2, 2017 Abstract Football players works together as a unit to perform on an elite competi- tive level, and the most minor abnormalities can determine the outcome of a match. Success can often be the result of healthy, uninjured and rejuve- nated players working together as a collective. Even though it is impossible to control all outcomes and scenarios, the risk of failure might be mini- mized by monitoring players closely on an individual level. If we monitor players over a longer period of time we might discover patterns or abnor- malities in their training. This information can be used to avoid multiple scenarios related to fatigue, injuries and overtraining. In this thesis we present a proof of concept for expanding an existing self- reporting monitoring system called pmSys, and look at how football teams and players can utilize modern technology like phones and wearable de- vices to capture objective data. This system will collect and store the data, which can be processed into useful visualised feedback, and help a team to evaluate their players. This way the coaches can make mitigating mea- sures to improve certain aspect that might be lacking on a player or team level. By eliminating the use of pen and paper, pmSys introduces a simpler way of reporting the players’ health status. -
Access & Explore: Using Environmental Control in the Classroom…
Access & Explore: Using Environmental Control in the Classroom…and more! Liz Persaud and Ben Jacobs, Tools for Life Trey Quinn, Cambridge High School With contributions from Carolyn Phillips, Martha Rust, and Ben Satterfield IDEAS June 4, 2015 at 10:00 AM www.gatfl.gatech.edu Session Presenters Ben Jacobs Accommodations Specialist Tools for Life [email protected] Liz Persaud Training and Outreach Coordinator Tools for Life [email protected] Trey Quinn Rising Sophmore Cambridge High School [email protected] Session Description • The move from classroom to real life can be a major transition. Students go from being surrounded by their teachers, peers and helpers regularly, to being by themselves more often and needing to learn strategies for independence. • Creating an environment in the classroom that enables learning independence can help ease the transition process. • In this session, presenters will discuss affordable environmental control solutions that can be implemented in the classroom and then used to make the transition process into postsecondary and/or community living a smooth process. • Multiple environmental control options and options for interacting with the environment (voice, computer, tablet, phone) will be covered. Objectives At the end of this session, participants (you) will be able to: 1. List 3 environmental control protocols and their effectiveness. 2. Assess and implement solutions for students to interact with their environment. 3. Identify 3 affordable solutions to implement in the classroom. For Handouts: http://www.gatfl.gatech.edu/tflwiki Our Goal Today Share information about various environmental controls. Give examples/scenarios of using environmental control in the classroom.