Garmin Usb Gps Receiver for Laptops
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Creating a Mesh Sensor Network Using Raspberry Pi and Xbee Radio Modules
Creating a mesh sensor network using Raspberry Pi and XBee radio modules By Michael Forcella In Partial Fulfillment of the Requirement for the Degree of MASTER OF SCIENCE In The Department of Computer Science State University of New York New Paltz, NY 12561 May 2017 Creating a mesh sensor network using Raspberry Pi and XBee radio modules Michael Forcella State University of New York at New Paltz _________________________________ We the thesis committee for the above candidate for the Master of Science degree, hereby recommend acceptance of this thesis. ______________________________________ David Richardson, Thesis Advisor Department of Biology, SUNY New Paltz ______________________________________ Chirakkal Easwaran, Thesis Committee Member Department of Computer Science, SUNY New Paltz ______________________________________ Hanh Pham, Thesis Committee Member Department of Computer Science, SUNY New Paltz Approved on __________________ Submitted in partial fulfillment for the requirements for the Master of Science degree in Computer Science at the State University of New York at New Paltz ABSTRACT A mesh network is a type of network topology in which one or more nodes are capable of relaying data within the network. The data is relayed by the router nodes, which send the messages via one or more 'hops' until it reaches its intended destination. Mesh networks can be applied in situations where the structure or shape of the network does not permit every node to be within range of its final destination. One such application is that of environmental sensing. When creating a large network of sensors, however, we are often limited by the cost of such sensors. This thesis presents a low-cost mesh network framework, to which any number of different sensors can be attached. -
Outdoor GPS Touchscreen GPS
Outdoor GPS Touchscreen GPS Montana® Oregon® Dakota™ Series Series Series Page 9 Page 10 Page 11 Button operated GPS fe¯nix™ GPSmap® 62 eTrex® Page 13 Series Series Page 14 Page 15 Maps Which Garmin GPS? Garmin BaseCamp Page 17 Garmin GB Discoverer Page 18 There is a great selection of outdoor navigation devices on the market. BirdsEye Select The choice is not always an easy one. The usage type, feature set, the Page 19 display, the map options, altimeter and compass are important criteria when it comes to purchasing a GPS device. Garmin offers the right device for small and epic adventures! 3 Mountain Don‘t leave mountain hikes, climbing fixed rope routes, glacier or ski tours to chance, choose a reliable GPS companion that gives you maximum safety and guides you effectively to your destination even under extreme conditions. Hiking Take time out from your everyday life, experience the beauty of nature or discover the diversity of forests and untouched wilderness. Thanks to the Garmin GPS device and Basecamp software your next trip will undoubtedly prove a perfectly plannable occasion – at home or on vacation. Wheels Experience the great outdoors on wheels. Whether you are burning up MTB trails, exploring those green lanes or taking on off-road terrain in your ATV, a Garmin GPS gives you the tools to accomplish your chosen pursuit. Discover the outdoors Geocaching Awaken the explorer in you and search for treasure! A GPS device with Paperless Geocaching means Whether you’re an experienced GPS user or more of a weekend rambler; a novice weekends on the sofa are a thing of the past! geocacher or a family who simply likes the great outdoors – there’s an adventure Set out on your geocaching adventure with a just around the corner. -
Major Project Final
2015 PiFi Analyser MASON MCCALLUM, NATHAN VAZ AND TIMOTHY LY NORTHERN SYDNEY INSTITUTE | Meadowbank Executive summary Wireless networks have become more prevalent in contemporary society, as such it is important to accurately study the impact that wireless networking can have on personal security and privacy. The PiFi Analyser project outlines the methods behind passively recording wireless networks and mapping the recorded data with associated GPS location data. The ensuing report confirms the methodologies and technologies proposed can operate to scopes that could be used to significant effect. 1 | P a g e Contents Executive summary ................................................................................................................................. 1 Introduction ............................................................................................................................................ 4 Literature Review .................................................................................................................................... 5 Objectives ............................................................................................................................................... 7 Method ................................................................................................................................................... 9 Building the Device ............................................................................................................................. 9 Testing device -
GPSD Client HOWTO
7/16/2017 GPSD Client HOWTO GPSD Client HOWTO Eric S. Raymond <[email protected]> version 1.19, Jul 2015 Table of Contents Introduction Sensor behavior matters What GPSD does, and what it cannot do How the GPSD wire protocol works Interfacing from the client side The sockets interface Shared-memory interface D-Bus broadcasts C Examples C++ examples Python examples Other Client Bindings Java Perl Backward Incompatibility and Future Changes Introduction This document is a guide to interfacing client applications with GPSD. It surveys the available bindings and their use cases. It also explains some sharp edges in the client API which, unfortunately, are fundamental results of the way GPS sensor devices operate, and suggests tactics for avoiding being cut. Sensor behavior matters GPSD handles two main kinds of sensors: GPS receivers and AIS receivers. It has rudimentary support for some other kinds of specialized geolocation-related sensors as well, notably compass and yaw/pitch/roll, but those sensors are usually combined with GPS/AIS receivers and behave like them. In an ideal world, GPS/AIS sensors would be oracles that you could poll at any time to get clean data. But despite the existence of some vendor-specific query and control strings on some devices, a GPS/AIS sensor is not a synchronous device you can query for specified data and count on getting a response back from in a fixed period of time. It gets radio data on its own schedule (usually once per second for a GPS), and emits the reports it feels like reporting asynchronously with variable lag during the following second. -
Spotter-GPS-Watch-Manual-V01.Pdf
Spotter GPS Watch User's manual V01 Table of contents 1. Welcome to Spotter! ..................................................................................................................................................................................................................... 5 2. Package content ............................................................................................................................................................................................................................ 5 3. Button layout ................................................................................................................................................................................................................................. 5 4. Display layout ................................................................................................................................................................................................................................ 6 5. Functioning of the Spotter GPS Watch .......................................................................................................................................................................................... 6 5.1. Charging & using for the first time ......................................................................................................................................................................................... 6 5.2. Switching on or off ................................................................................................................................................................................................................ -
Tomtom Runner & Multi-Sport Reference Guide
TomTom Runner & Multi-Sport Reference Guide 1.8 Contents Welcome 4 What's new 5 What's new in this release ................................................................................................................... 5 Getting started 6 Your watch 7 About your watch ................................................................................................................................. 7 Wearing your watch ............................................................................................................................. 7 Cleaning your watch ............................................................................................................................ 8 The heart rate monitor ......................................................................................................................... 8 Using the desk dock ............................................................................................................................ 9 Using the bike mount ........................................................................................................................... 9 Watch status ...................................................................................................................................... 11 Performing a reset ............................................................................................................................. 12 Activities 14 About activities ................................................................................................................................. -
OS-Based Resource Accounting for Asynchronous Resource Use in Mobile Systems
OS-based Resource Accounting for Asynchronous Resource Use in Mobile Systems Farshad Ghanei Pranav Tipnis Kyle Marcus [email protected] [email protected] [email protected] Karthik Dantu Steve Ko Lukasz Ziarek [email protected] [email protected] [email protected] Computer Science and Engineering University at Buffalo, State University of New York Buffalo, NY 14260-2500 ABSTRACT In the last two decades, computing has moved from desk- One essential functionality of a modern operating system tops to mobile and embedded platforms. Advances in sens- is to accurately account for the resource usage of the un- ing, communication, and estimation algorithms have led to derlying hardware. This is especially important for com- the development of advanced robotic systems such as driver- puting systems that operate on battery power, since energy less cars and micro-aerial vehicles. Networks of sensors re- management requires accurately attributing resource uses to side in buildings as well as outdoor areas to monitor and processes. However, components such as sensors, actuators improve our daily lives. Since such use cases rely on hard- and specialized network interfaces are often used in an asyn- ware that is battery powered, energy constraints lie at the chronous fashion, and makes it difficult to conduct accurate heart of this evolution [16]. resource accounting. For example, a process that makes a Energy is a finite, system-wide resource that needs to be request to a sensor may not be running on the processor for efficiently managed across all applications. One requirement the full duration of the resource usage; and current mech- for this, is the ability to account energy usage for each ap- anisms of resource accounting fail to provide accurate ac- plication. -
Python Gps2system. 2/25/2017
Python GPS2system. 2/25/2017 Overview The GPS system was designed to play audio clips along the route of the New Hope Valley Railroad. The initial impedes was to play sound effects during the Halloween train rides. At a specified latitude and longitude the device would play a specific sound effect. After the system is powered up, it may take the GPS receiver a couple of minutes to lock on to enough satellites to retrieve valid data. The system then runs autonomously. On start up, the LED indicator will come on after the linux system loads and the python application has been launched. This takes less than a minute. The indicator will begin to flash when the GPS receiver is locked and is sending valid data to the system. This could take several minutes, depending on the atmospheric conditions. In normal operation the LED will flash approximately once per second. The LED will remain on when an audio track is being played and when the system is capturing and storing positional data. Details All of the files are located in the /home/pi/gps2 folder. To begin the process we have to know the latitude and longitude of the locations that will play the audio clip. In the first iteration of this system, a Parallax BS2 stamp chip was used. This system was used for a couple of years. The limitation of this original system, which was chosen because it used a BASIC programming language, was the finite memory of the Parallax chip. Since the route of the railway was NE a compromise was made to use only the latitude data. -
Evaluating Kismet and Netstumbler As Network Security Tools & Solutions
Master Thesis MEE10:59 Evaluating Kismet and NetStumbler as Network Security Tools & Solutions Ekhator Stephen Aimuanmwosa This thesis is presented as part requirement for the award of Master of Science Degree in Electrical Engineering Blekinge Institute of Technology January 2010 © Ekhator Stephen Aimuanmwosa, 2010 Blekinge Institute of Technology (BTH) School of Engineering Department of Telecommunication & Signal Processing Supervisor: Fredrik Erlandsson (universitetsadjunkt) Examiner: Fredrik Erlandsson (universitetsadjunkt i Evaluating Kismet and NetStumbler as Network Security Tools & Solutions “Even the knowledge of my own fallibility cannot keep me from making mistakes. Only when I fall do I get up again”. - Vincent van Gogh © Ekhator Stephen Aimuanmwosa, (BTH) Karlskrona January, 2010 Email: [email protected] ii Evaluating Kismet and NetStumbler as Network Security Tools & Solutions ABSTRACT Despite advancement in computer firewalls and intrusion detection systems, wired and wireless networks are experiencing increasing threat to data theft and violations through personal and corporate computers and networks. The ubiquitous WiFi technology which makes it possible for an intruder to scan for data in the air, the use of crypto-analytic software and brute force application to lay bare encrypted messages has not made computers security and networks security safe more so any much easier for network security administrators to handle. In fact the security problems and solution of information systems are becoming more and more complex and complicated as new exploit security tools like Kismet and Netsh (a NetStumbler alternative) are developed. This thesis work tried to look at the passive detection of wireless network capability of kismet and how it function and comparing it with the default windows network shell ability to also detect networks wirelessly and how vulnerable they make secured and non-secured wireless network. -
Sports Instruments Pro 9 Heart Rate Monitor Manual
Sports Instruments Pro 9 Heart Rate Monitor Manual View all Polar heart rate monitors and GPS-enabled sports watches. Read more now. GPS (5). Waterproof (9). Heart rate in water (7). Cycling speed. ft4 polar heart rate monitor sales · sports instruments pro 9 heart rate monitor manual Plans several sportsline heart bowflex heart rate monitor watch manual. Thank you for selecting the Oregon ScientificTM Heart Rate. Monitor (SE128). The SE128 is a very useful sports & fitness product that can help 7. : Indicates keypad is locked. 8. : Indicates alarm is ON. 9. KCAL calorie icon The product is a precision instrument. Die MHF wird in Schlägen pro Minute angegeben. Sie. Integrated GPS with heart rate monitoring for the Outdoor Explorer. Outdoor and training functions, Personalize with 1000+ free Sports Apps, Robust design. Pyle Sports PECGW2 Digital Heart Rate Monitor Watch with Finger Touch. Sorry, this item is Heart Rate Monitor, Calorie Counter, Fitness Activity Tracker & Sport Watch with Exercise Timers. Heart Rate By N. McConnell on January 9, 2015 Instructions were also lousy..good thing I can read badly worded English. Usually dispatched in 6-9 business days FITBOX Heart Rate Pulse Calorie Monitor is specially designed to calculate the calories burned 1 x User manual. Sports Instruments Pro 9 Heart Rate Monitor Manual >>>CLICK HERE<<< Sports Instruments gone out of business? I'm dusting off an old heart rate monitor and need the instructions to reset the time and heart rate info. Thank you! Forums · Reviews · DX blog · Pro Review 9% OFF. Jumper jpd-100B Baby Fetal Doppler Heart Beat Monitor - Light Grey + Blue with Iphone 4S / Iphone 5 Ipod Touch 5 The New Ipad Ipad you can manage your sports status via your iOS devices, Packing List, 1 x Heart rate monitor 1 x Strap 1 x English user manual. -
Delta GPS Smartwatch Optical Wrist Heart Rate Monitor Emits Green Light and Àashes Occasionally
GPS Smartwatch User Manual Please read the manual before use. 1. Product Overview 1.1 Controls 1.1.1 Power button: Power On/ Off: Waken/turnoff screen: Back to main menu. 1.1.2 Rotary button: turn to select functions: press in to confirm screen request. 1.1.3 Shortcut button: press to enter sports mode directly: when screen is off, press to turn screen on. Button Index Touch Screen Tap the screen Shortcut Rotary Swipe up or down Mic hole Power Swipe le or right 1.2 Charging Use external Power Base which attaches magnetically. Power Base Magnetic Connector USB Charge 1.2.1 Smartwatch battery capacity = 400mAh: Power Base is 400mAh. 1.2.2 Charge Smartwatch by attaching Power Base, which can simultaneously be attached to external power source. 1.2.3 When charging Power base, the blue lights will flash until fully charged: (blue lights will then remain on, without flashing). 1.3 Touch Screen 1.3.1 When on main screen, swipe left or right to enter sub screens. Phone is not connected. Do you want to connect? Connect Cancel Connectivity Clock Mode screen screen (main screen) 1.3.2 To enter any of the mode screen functions, tap on icon (see explanatory notes later). 1.3.3 To change clock display, press and hold the clock screen to access and select clock display options: when screen selected, press rotary for confirmation. 1.3.4 Main screen submenus: To access sub-menus, select either main screen or mode screen: slide up or down to see all the functions within the menus. -
Lady Heather's GPS Disciplined Oscillator Control Program (Now Works with Many Different Receiver Types and Even Without a GPS Receiver)
Lady Heather's GPS Disciplined Oscillator Control Program (now works with many different receiver types and even without a GPS receiver) Copyright (C) 2008-2016 Mark S. Sims Lady Heather is a monitoring and control program for GPS receivers and GPS Disciplined Oscillators. It is oriented more towards the time keeping funtionality of GPS and less towards positioning. It supports numerous GPS (and Glonass, Beidou, Galileo, etc) devices. Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. Win32 port by John Miles, KE5FX ([email protected]) Help with Mac OS X port by Jeff Dionne and Jay Grizzard