Untitled. There’s a useful new article at Blupath by Christos Symeou on Omni-channel Physical Web: A New Paradigm for Visitor Engagement.
Christos has been looking into solutions for institutions that aren’t national museums and galleries and don’t have a huge budget: “And for the vast majority of smaller institutions that I’ve been talking with, spending a ton of money to develop a fancy app that maybe 1% or 2% of their visitors will ever use is simply not an option.” The ‘Omni-channel Physical Web’ uses existing digital resources and beacons to reduce the costs of digital engagement, maximise use while not hurting the aesthetics of visitor spaces.
Christos says: “The time for a paradigm shift is now, having reached the point where both the technology is ready, as well as the ability to access it from nearly all visitors.” Presentations by mulderp. Amazon. Amazon. Zerynth Studio - A powerful IDE for embedded programming. Derby Mini Maker Faire. Las Tendencias que dominarán el IoT en 2016. Wireless Sensor Networks (WSN) with Waspmote and Meshlium - Connect Sensors to the Cloud. Sensors Connect with Telefónica Cloud for Smart Cities and the IoT. Libelium Sensors Connect with Telefónica Cloud for Smart Cities and the IoT November 17th, 2014 - Libelium Wireless sensor hardware ecosystem adds software from global telco operator SAN MATEO, Calif., BARCELONA and ZARAGOZA, Spain—November 17, 2014—Libelium is adding new Cloud technology options to its Waspmote wireless sensor platform by integrating the Cloud solution from Telefónica, the global broadband and telecommunications provider, to allow faster time-to-market for Smart Cities and Internet of Things (IoT) projects.
Libelium creates hardware and open APIs for wireless sensor networks (WSN) used in Smart Cities, agriculture, water quality management and other IoT projects. A typical sensor network consists of multiple Waspmote sensor nodes transmitting to a Meshlium gateway that synchronizes with a Cloud system, connecting the physical world with the virtual world. New Sensor Parser for Meshlium gathers data from 3G, GPRS and WiFi interfaces. New Sensor Parser for Meshlium gathers data from 3G, GPRS and WiFi interfaces June 23rd, 2014 - Libelium Up to day Meshlium was ready to get sensor frames from the 802.15.4 / ZigBee interfaces.
However, as each day more and more clients demand in Waspmote and Plug & Sense! Radio technologies such as 3G, GPRS and WiFi that can handle longer distances; so we have added to Meshlium (starting in the 3.1.5 version) the capability of getting data from any radio which performs an HTTP or HTTPS request. An example of a complete HTTP request using the new GET method would be: &frame_number=12&BAT=71&HUMA=34 &TCA=22&ACC=45,67,89. New version of Meshlium Scanner. Now up to 95% of Smartphone detected! New version of Meshlium Scanner.
Now up to 95% of Smartphone detected! June 11th, 2014 - Libelium We are happy to announce the new version of the software included in Meshlium Scanner (v3.1.4). This new version increments from 70% to the 95% the amount of smartphones, tablets, hands free, and laptops detected by its MAC address by scanning WiFi and Bluetooth signals. Enables Smart Logistics offering Realtime Tracking and Sensing of Goods. Libelium enables Smart Logistics offering Realtime Tracking and Sensing of Goods September 16th, 2014 - Libelium Waspmote combines sensor and geolocation data for fleet and container management SAN MATEO, Calif., and ZARAGOZA, Spain—September 16, 2014—Libelium has released new Smart Logistics modules for Waspmote sensor nodes that provide position, sensing and transmission capabilities to enable real time tracking, via 3G, GPS and GPRS.
These new modules for Waspmote and Plug & Sense! Devices can read geolocation coordinates, collect extra sensor data such as humidity, luminosity, CO, CO2, temperature, or vibration, then send all the information to a web or Cloud server. To guide developers, Libelium has created libraries detailing GPS and sensor data transmission, and an example of how to integrate information gathered with geographic information systems such as Google GIS, Axeda or ESRI.
Presenta Jalisco Estrategia Estatal de IoT. El gobierno de este estado buscará impulsar el Internet de las Cosas (IoT) para resolver necesidades en sectores como agroalimentario, salud, industrias creativas y biotecnología.
Cómo crear prototipos ZigBee-Nube para IoT. El Internet de las Cosas ya toca a la puerta de la industria y para muchos especialistas la red inalámbrica por excelencia será ZigBee, por lo que Digi International ha revelado una plataforma ‘All-in-One’ para prototipar sistemas de manera sencilla.
Humedad del suelo. Medidor electrónico Watermark, tienda On Line. Medidor y Sensores de Humedad de Suelo Watemark.
D3S - Dynamic Distributed Decentralized Systems Group. Csaba Kiraly, PhD. MoteHunter: a TinyOS based tool to search IEEE 802.15.4 motes lost in the wild.
Contrary to laboratory environments, real-world wireless sensor network deployments face harsh conditions where motes can be lost during deployment or in operation. MoteHunter is a tool designed to support searching for such lost motes. It uses a directional antenna, a digital compass, and RSSI measurement, and provides a Java GUI to assist field work. It can be used to search for any mote compliant with IEEE 802.15.4, although a special small-footprint software component can be integrated with the mote’s application to improve the search process. Purchase: Not all wireless sensor networks are created equal: A comparative study on tunnels.
TinyLIME. Operational Setting Most sensor network middleware operate in a setting where the sensors are fixed in the environment and report their values to a centralized point.
Much work has gone into making these operations power efficient. However, this centralized model may not be ideal for all applications. Consider an application that requires information from sensors in close proximity to the user. In this case, both the location of the user and the location of the sensors must be known, the data must be requested by the sensors determined as proximate, then the data must be shipped to the central collection point. Considering these issues, we propose an alternative, novel operational scenario; one that naturally provides contextual information, does not require multi-hop communication among sensors, and places reasonable computation and communication demands on the motes. Model. TinyLIME. Trident. Purchase: Not all wireless sensor networks are created equal: A comparative study on tunnels.
D3S - Dynamic Distributed Decentralized Systems Group. TRIDENT is a software tool expressly designed to support in-field connectivity assessment by relying only on WSN nodes, without additional infrastructure, and the sharing of results uniformly over different experiments. It covers the entire workflow concerned with connectivity assessment experiments. After the WSN nodes are flashed with TRIDENT software, appropriate user interfaces enable the operator to (re)configure the experiments settings, discover nodes, and download the results.
The latter are stored in a database, simplifying the storage and the offline analysis of the data gathered. TRIDENT offers a simple visualization of the connectivity map built from available collected traces. A similar visualization is provided also for mobile nodes; once the tool is fed with a sequence of locations, it can “replay” the maps, showing to the operator how connectivity evolved due to mobility. For getting the source see here. New Waspmote Sensor Board enables extreme precision agriculture in vineyards and greenhouses. OpenMote. List of wireless sensor nodes. There are two kinds of sensor nodes used in the sensor network. One is the normal sensor node deployed to sense the phenomena and the other is gateway node that interfaces sensor network to the external world.
Waspmote Mote Runner - 6LoWPAN Development Platform - IPv6 for the Internet of Things and Sensors. › Introduction IBM and Libelium have joined efforts to offer a unique IPv6 development platform for sensor networks and the Internet of Things (IoT). By integrating the IBM Mote Runner SDK on top of Libelium Waspmote sensor platform we get a unique and powerful tool for developers and researchers interested in 6LoWPAN / IPv6 connectivity for the Internet of Things. David Gascón, Libelium CTO Thorsten Kramp, IBM Researcher. D3S - Dynamic Distributed Decentralized Systems Group. D3S - Dynamic Distributed Decentralized Systems Group. D3S - Dynamic Distributed Decentralized Systems Group. Post-doc Post-doc Position at University of Trento, Italy The D3S group at the University of Trento, Italy, invites applications for a post‐doctoral research position in wireless sensor networks (WSNs).
In the context of WSNs, the D3S has been successful in bringing research results into real‐world, long‐term, operational deployments. Examples are the structural health monitoring of a medieval tower, and the closed‐loop control of lighting in a road tunnel. The scientific results of these projects received the Best Paper Award at IPSN (both in 2009 and 2011) and the Mark Weiser Best Paper Award at PerCom 2012. WSN Jobs. Post-doc Position at University of Trento, Italy The D3S group at the University of Trento, Italy, invites applications for a post‐doctoral research position in wireless sensor networks. In the context of WSNs, the D3S has been successful in bringing research results into real‐world, long‐term, operational deployments. Examples are the structural health monitoring of a medieval tower, and the closed‐loop control of lighting in a road tunnel.
The scientific results of these projects received the Best Paper Award at IPSN (both in 2009 and 2011) and the Mark Weiser Best Paper Award at PerCom 2012. New products, Conferences, Books, Papers, Internet of Things. An Ontology-Based Context Model for Wireless Sensor Network (WSN) Management in the Internet of Things. Modified Simple Network Management Protocol for 6Lowpan. Volume 38, 2012, Pages 1024–1029 Edited By R. Rajesh, K. 12464.pdf. Urn:nbn:se:miun:diva-7179 : Sec-SNMP: Policy-Based Security Management for Sensor Networks. ReferencesLink to record Permanent link Direct link. Short paper: Wireless sensor network management for sustainable Internet of Things.
Implementation of SNMP Protocol with ContikiOS contiki-snmp for WSN430 targets - fetch.php. Software para Control de Impresión y Contador de Impresora. Remote Enterprise Pro ... - Ricoh. @Remote™ Enterprise Pro. @Remote%20FolletoRicohEsp. CoAP-SNMP Interworking in IoT Scenarios. Ricoh_Remote_Appliance_Brochure.pdf. Vitesse simplifies Industrial IoT networking. Looking to build on its expertise in providing deterministic delivery of contentin the carrier and enterprise switch market, Vitesse Semiconductor has just introduced its IStaX software (VSC6815SDK)kit.
According Larry O’Connell, product marketing director at Vitesse, iStax is a robust protocol stack designed to simplify deployment and management of determinisitc and high precision timing Industrial-IoT network applications such as Industrial Ethernet switching, surveillance, video distribution, LCD signage, intelligent sensors, and metering equipment.
IStaX is designed to work across Vitesse’s portfolio of Ethernet switches and PHYs providing not only the deterministic and real time responses that Industrial IoT requires, but also addresses such issue as security, including firewall and intrusion protection, and network resiliency. The kit uses the latest eCos operating system for optimal performance, cost effective implementation, and RedBoot bootloader for reliability. Features - The Lab Rat: FPGA Kit Goes All Out. Un poco de Java. MQTT. Clients & Developer Tools. WAMP compared to MQTT and others. Compared. Alright. So how does WAMP stack up versus other technologies? WSN430 - OpenWSN - Confluence. Bluetooth_1_0_user_guide.pdf. Implementation of SNMP Protocol with ContikiOS contiki-snmp for WSN430 targets - fetch.php.
Contiki 2.6: Running Contiki with uIPv6 and SICSlowpan support on Atmel RAVEN hardware. This tutorial explains how to run Contiki with IPv6 and 6lowpan support on Atmel RAVEN hardware. AVR Raven. Atmel: ATAVRRZRAVEN 2.4 GHz Evaluation and Star... ASUS G750JS 17.3" i7-4700HQ 2.40GHz 32GB 750GB 7200rpm HDD nVIDIA 3GB 870M FullHD Blu-Ray W8 Gaming Laptop : Laptop Computers. Paquete de Inicio para Red Inalámbrica de Sensores (WSN) Contiki 2.6: Running Contiki with uIPv6 and SICSlowpan support on Atmel RAVEN hardware. Waspmote Evaluator Kit. Architecture for Multi-Technology Real-Time Location Systems. Top-Down Design Methods Bring Back The Useful Schematic Diagram. Top-down methodology employing hardware description languages (HDLs) for designing digital control i... A Top-Down Constraint-Driven Methodology for Smart System Design. WMSCI 2015. Open Source Internet of Things. Internet of Things - ThingSpeak.
Open Source for Internet of Things. Open Source Solution for the Internet of Things into the Cloud. Contiki: The Open Source Operating System for the Internet of Things. MicroOLAP Home page: MySQL Administration Tools, Direct Access Components, Network Monitoring.
VIA Embedded - VIA ARTiGO box computer series - Great Things Come in Small Packages. The VIA ARTiGO Builder Kit. Aspectos profesionales: Protección de Datos, Cloud Computing y Sistemas de Gestión.: La IoT (Internet de las cosas) y sus implicaciones éticas, legales y de seguridad. Firmware IoT-LAB_M3 [Jenkins] Contactar. IAR SYSTEMS Development Tools - 2360.pdf. Waspmote Mote Runner - 6LoWPAN Development Platform - IPv6 for the Internet of Things and Sensors.
Csnmp-poster - csnmp-poster.pdf. View topic - pinging tun0 interface. Implementation of SNMP Protocol with ContikiOS contiki-snmp for WSN430 targets - fetch.php. Start [Wismote] Z1 Platform. MSP-EXP430F5438 Experimenter Board. Contiki Hardware. Contiki: The Open Source Operating System for the Internet of Things. MCU MSP430: eZWSN - Experimenting with Wireless Sensor Networks - Teaching Repository - Others - Educators. FIT/IoT-LAB. Top 50 Internet of Things Applications - Ranking. Sistemas de Medida Inalámbricos NI WSN. MiWi™ Protocol Personal Area Networks. Circuitos digitales serán la clave del IoT. WSN Chile. Dispositivos y Sistemas De Monitorización Remota. Monitorización de Cultivos. Top 50 Internet of Things Applications - Ranking. Wireless Microcontrollers. Short paper: Wireless sensor network management for sustainable Internet of Things.