HZH Y50 Transport Drone – Long Endurance 50kg Payload
HZH Y50 DELIVERY DRONE DETAILS
HZH Y50 is a 4-axis, 8-wing transport drone with a maximum load of 60kg and a 44-minute endurance.
Based on the folding design under the medium-sized "X" upper and lower wing structure, it is compact in size, heavy in weight and flexible in flight. The solid-state lithium battery power supply mode provides Maximum 44min of no-load endurance.
Application scenarios: emergency rescue, air transport, firefighting and firefighting, material supply and other fields.
HZH Y50 DELIVERY DRONE FEATURES
1. The fuselage adopts integrated carbon fiber design to ensure the rigid and high-strength product quality of the drone.
2. Has excellent load capacity, capable of transporting up to 50kg.
3. Long endurance, no-load hovering time of more than 40 minutes (optional two 52,000mAh batteries to achieve 1 hour of endurance).
HZH Y50 DELIVERY DRONE PARAMETERS
|Carbon fiber + Aviation aluminum
|Weight of empty machine
|Maximum load weight
|≥ 44 minutes unladen
|Wind resistance level
HZH Y50 DELIVERY DRONE DESIGN
• Four-axis design, foldable fuselage, can carry 50 kg of weight, single 5 seconds to unfold or stow, 10 seconds to take off, flexible and highly maneuverable.
• Dual antenna dual-mode RTK accurate positioning up to centimeter level, with anti-countermeasures weapons interference capability.
• Equipped with high-precision obstacle avoidance system (millimeter wave radar), in the complex urban environment, can monitor obstacles and avoid in real time (can identify the diameter of ≥ 2.5cm).
• Industrial-grade flight control, multiple protection, stable and reliable flight.
• Remote real-time synchronization of data, images, site conditions, command center unified scheduling, management of UAV execution tasks.
HZH Y50 DELIVERY DRONE APPLICATION
• In the danger zone for disaster inquiry and assessment and rescue command, personnel often can not reach or can not go to the area, the implementation of people-oriented and efficient and fast principle, when the UAV system can show the advantages of its various parts of the collaborative cooperation.
• HZH Y50 large load UAV, through the communication relay function, the disaster area and the site command center, long-distance command center to get in touch with the latest disaster information in a timely and quick manner in order to formulate rescue strategies and transport relief supplies.
INTELLIGENT CONTROL OF HZH Y50 DELIVERY DRONE
H12 Series Digital Fax Remote Control
H12 series digital map remote control adopts new surging processor, equipped with Android embedded system, using advanced SDR technology and super protocol stack to make image transmission clearer, lower latency, longer distance and stronger anti-interference. clearer, lower latency, longer distance and stronger anti-interference.
The H12 series remote control is equipped with dual-axis camera, supporting 1080P digital high-definition picture transmission; thanks to the product's dual antenna design, the signals complement each other, and with the advanced frequency hopping algorithm, the communication capability of weak signals is greatly increased.
|H12 remote control parameters
|Number of channels
|New FHSS FM
|R16 receiver parameters
|Number of channels
• 1080P digital HD image transmission: H12 series remote control with MIPI camera to achieve stable transmission of 1080P real-time digital HD video.
• Ultra-long transmission distance: H12 map-digital integrated link transmission up to 10km.
• Waterproof and dustproof design: Products in the body, control switches, the peripheral interfaces are made waterproof, dust-proof protection measures.
• Industrial-grade equipment protection: Weather silicone, frosted rubber, stainless steel, aviation aluminum alloy materials are used to develop, to ensure the safety of equipment.
• HD highlight display: 5.5-inch IPS display. 2000nits high brightness display, 1920 × 1200 resolution, large screen-to-body ratio.
• High performance lithium battery: Using high energy density lithium-ion battery, 18W fast charging, full charge can work for 6 ~ 20 hours.
Ground Station App
The ground station is heavily optimized based on QGC, with a better interactive interface and a larger map view available for control, dramatically improving the efficiency of UAVs performing tasks in specialized fields.
HZH Y50 DELIVERY DRONE REAL SHOT
STANDARD CONFIGURATION PODS OF HZH Y50 DELIVERY DRONE
Three-axis pods + crosshair aiming, dynamic monitoring, fine and smooth picture quality.
|12 million pixels
|Lens focal length
|Minimum focusing distance
|tilt 100 degrees
INTELLIGENT CHARGING OF HZH Y50 DELIVERY DRONE
|Precise charging, fast charging, battery maintenance
|Leakage protection, high temperature protection
OPTIONAL CONFIGURATION OF HZH Y50 DELIVERY DRONE
For specific industries and scenarios such as electric power, firefighting, police, etc., carrying specific equipment to achieve the corresponding functions.
1. Can we print our logo on the drone?
Yes, of course.Accept batch custom logo or enclosure colors at your choice.
2. Can we place a trial order for some tests?
Of course, we hope that more new customers can place orders to facilitate customers to do some optional tests, and if satisfied, you can order in batches.
3. What are your basic configurations?
The whole machine plus the battery, the specific configuration according to the customer requirements.
4. How should the battery be activated?
The new battery needs to be activated when in use, and the charging current cannot be too high for the first few times.Slow charge the battery at the first 4 to 5 times.
5. How to unlock and lock the motor?
See the operation manual of each product.


Scientific Collaborator in Research Programs of Foreign Educational Institutions
- Within the framework of the Research program "Investigation of the marine area of Kos-Nisyros for detecting submarine volcanoes" conducted by HCMR, in September 1999 I visited the École et Observatoire des Sciences de la Terre (ULP-CNRS) at the University of Strasbourg for one week, where I was trained on operating new methods of converting analog lithoseismic recordings of into a digital format, using data of the underwater area of Kos-Nisyros as a pilot. Processing of the lithoseismic sections was part of the research program SEISCAN (Archiving early seismic paper records from deep-water European seas) of the European Commission on Marine Science and Technology.
- As part of the Research Program «GEOWARN» I visited the Osservatorio Vesuviano Napoli (OVNI) (Institute of Geochemistry) Prof. Giovanni Chiodini Vesuvius, in Naples, Italy and the Campi Flegrei in Solfatara where I was informed on matters of volcanic hazard.
- Swiss Federal Institute of Technology (ETH-Zurich). Institute of Mineralogy and Petrography: Prof. Dr. Volker J. Dietrich & Institute of Cartography: Prof. Dr. Lorenz Hurni. In June 2002, I was at the Institute of Cartography (IST) of the Swiss Federal Institute of Technology in Zurich where I digitized the final geological and morphological slope maps of the area of Kos-Nisyros.
- Dr. Gίlles Lericοlais: Responsable du Laboratoire: "Environnements Sédimentaires". IFREMER, Centre de Brest. Coordinator of the European project ASSEMBLAGE and head of the mission aboard E/V "Le Marion Dufresne2" (28/4-9/5/2004) for the VANIL and ASSEMBLAGE1 survey. I was asked to participate in the oceanographic research and specifically in the mapping of the seafloor using multibeam systems installed on the vessel.
- Prof. Jean Mascle: Directeur de Recherches CNRS "GEOSCIENCES-AZUR" (UMR 6526) Observatoire Océanologique de Villefranche sur mer. Scientific coordinator aboard E/V "Le Marion Dufresne2" (28/4-9/5/2004) for the VANIL and ASSEMBLAGE1 survey.
- Faculty of Geosciences, Dept. of Earth Sciences-Geochemistry, Utrecht University, the Netherlans: Prof. John Woodside. Cooperation during the oceanographic mission of 2003-2004 in the frame of the research program «ANAXIMANDER» and during the analysis of the data at the premises of HCMR. The outcome of this cooperation was the participation in several international conference proceedings and a number of publications on international scientific journals. The area of Anaximander is attractive to oceanographers due to the existence of submarine mud volcanoes that had recently been discovered at that time.
- In the frame of the International Lithosphere Programme, Task II “New tectonic causes of volcano failure and possible premonitory signals” I was invited by Prof. Alessandro Tibaldi, Dept. Geological Science and Geotechnologies και Prof. Frederic Pasqare. Dipartimento di scienzs chimiche e Ambientali, Universita degli Studi dell’insubria, Como as an expert on the morphotectonic structure of the wider area around Nisyros at the University of Milan-Bicocca 27 Junuary-1 Februry 2007. My travel and accommodation expenses were covered by the Italian Ministry of University and Research (MIUR-PRIN). This cooperation also resulted in several publications on international scientific journals and our findings were presented in two international conferences.
- Graduate School of Oceanography, University of Rhode Island, Prof. Haraldur Sigurdsson και Prof. Steve Carey. I participated in the oceanographic mission during May-June 2006 conducted at the volcanic field of Santorini and the submarine volcano Kolumbo, as well as in the on-land geologic field expeditions. I was chosen as a co-leader in the geologic field trip organized in Santorini from the 8th – 22nd of July 2007. The scientific outcome was presented in international conferences a paper was published.
- Institute for Exploration (IFE), Ocean Exploration Trust (OET) and University of Rhode Island (URI) Center for Ocean Exploration and Archaeological Oceanography (COEAO), Prof. Steve Carey (URI), Dr. Robert Ballard (IFE), Katherine Croff Bell (COEAO). Due to the excellent cooperation in my previous oceanographic mission (May 2006) with the administrators of the above mentioned institutes and my specialization on geological oceanography - seafloor topography, I was asked to join as Head of Greek Mission (Co-Chief Scientist 2011) aboard the R / V Nautilus of Ocean Exploration Trust as part of the Research Programs «New Frontiers in Ocean Exploration 2010» and «New Frontiers in Ocean Exploration 2011 » in four oceanographic missions: 1) from the 29th of July till the 13th of August 2010 at Santorini, and 2) from the 3rd to the 8th of October at the area above Kolumbo submarine volcano and from the 9th to the 16th of October at the area SE of Nisyros, 3) from the 1st till the 10th of September 2011 at Santorini and 4) from the 11th till the 24th of September 2011 north of Sicily, Italy. The scientific outcome has been presented in international conferences and there is a number of publications in significant journals.
- Cooperation with the University of Oxford, Prof. David Pyle, Lecturer Tamsin Mather, Prof. Tony Watts, Prof. Philip England, Prof. Barry Parson, the University of Bristol, Prof. Steven Sparks, Lecturer Juliet Biggs and the Istituto Nazionale di Geofisica e Vulcanologia, sezione di Napoli, Osservatorio Vesuviano, Italy, Prof. Gionani Chiodini, Dr. Stefano Caliro, for the monitoring of Santorini Volcano from the beginning of its unrest until today that it has reverted to a state of inactivity. I was invited at the University of Oxford from the 17th till the 23rd of March 2013, for the completion of the tasks and the planning of future proposals. The outcome of this cooperation was the participation in several international conference proceedings and a number of publications on international scientific journals of high validity like Nature Geoscience.
- Cooperation with the University of Hamburg, Prof. Christian Huebscher on the processing and analysis of seismic profiles and their tectonic interpretation. Exchange and training of post gradual students of the University of Athens and the University of Hamburg in the frame of the program “IKYDA 2013”. The scientific outcome will be announced in international conferences and the related papers are published. Participation Azoren Plateau (Cruise M113) in 2014-2015 with the scientific team of Prof. Hubscher.
- As part of the Research Program «CALDERA 2012» a cooperation with researchers from the IPGP (Institu de Physique du Globe de Paris) France was established, among who Dr. Javier Escartin, Dr. Christine Delpus, Dr. Catherine Mevel and Dr. Manuel Moreira, as well as researchers from Universitat de Girona, Spain, Prof. Pere Ridao, Dr. Rafael Garcia and τον Dr, Rich Camilli, of WHOI (Woods Hole Oceanographic Institution) America. Due to the 2011-2012 unrest, underwater pressure gauges and specially designed thermometers were installed within the caldera of Santorini for the first time. In addition, a standalone submersible vehicle was tested. The results of this cooperation have been announced in several international conferences and a number of papers are to be published. Participation in ODEMAR (Oceanic Detachments at the Mid-Atlantic Ridge) cruise with the scientific team of J. Escartin in 2013.
- Cooperation with KAUST (King Abdulan University of Science and Technology) in the frame of the program “RED SEA, Expedition 2013”, Dr. Zenon Batang, Dr. Abdulaziz M. Al-Suwailem. The cold seeps of the coastal were studied and the results of the oceanographic research in Red Sea will be announced in international conferences.
- Cooperation with Prof. David Tappin of BGS (British Geological Survey), Prof. Tim Druit and Dr. Raphael Paris of Clermont Université, Université Blaise Pascal, Laboratoire Magmas et Volcans on the monitoring of the processes of the Minoan eruption. The results of this cooperation are announced in international conferences.
- Cooperation with Assist. Prof. Emilie Hooft and Prof. D. Toomey (University of Oregon) in the framework of 2015-2018 NSF project “PROTEUS”- Crustal magma plumbing of the Santorini volcanic system. The results of this cooperation will be announced in international conferences.
- Cooperation with Prof. Mark Hannington, Dr. Armin Freundt, Dr. Jörg Geldmacher, Dr. Sven Peterson and Dr. Thor H. Hansteen from GEOMAR and Prof. Karsten Haase and Dr. Christoph Beier from Universität Erlangen-Nürnberg in the framework of four scientific projects with R/V POSEIDON in 2017.
- Cooperation with Prof. Malcolm Whitworth and Lecturer Mel Krokos from Univeirity of Portsmouth in the framework of Erasmus+ 2017 project.
© 2015 All rights reserved | Designed by othon@s


Publish A350 CMP from S1000D with Mekon Eclipse BookBuild
Mekon has developed versatile Publishing Applications for producing books using ASD S1000D Data Modules as the data source. Three versions of the application are available:
This page provides an overview of the Eclipse A350 BookBuild application.
Eclipse A350 BookBuild
Mekon has developed the Eclipse A350 BookBuild application which is compliant with the AirBus A350 CDIM and provides the means to create an A350 Component Maintenance Publication (CMP) which is the ATA S1000D version of the iSpec2200 CMM.
The application still works with ASD S1000D Data Modules as the Data Source but uses the Airbus A350 Publication Module interpretation to determine the structure of the output.
The Publication Module is imported into BookBuild so the initial setup is less complicated. The output is a pdf file which is a complete CMM.
As part of the work of creating this application Eclipse S1000D for FrameMaker from Version 9 has been modified to enable it to be easily configured to work with the Airbus A350 CDIM. This configuration is selected via the User Preferences and using the Project Configuration System.
The output of this version of BookBuild is a Component CMP with the preliminary pages automatically created and PageBlocks correctly identified. In addition the extra Parts List Indexes are automatically generated from information contained in the Parts List Data Modules.
To give prospective users an appreciation of how this application works Mekon has made available two items of Additional Information.
A video which shows graphically some of the features of this application and the build process. This video can be viewed by following this link. The video shows the converting of S1000D Data Modules into an A350 compliant publication using ASD S1000D BikePack Data Modules.
A sample PDF output of the A350 CMP application is in the resource area.
For more information, refer to the datasheet or contact Mekon.


Part #: BL1850B
18V LXT Lithium‑Ion 5.0Ah Battery
The Makita 18V LXT® Lithium-Ion battery charges faster and works longer than standard lithium-ion batteries, giving you and your cordless tools unmatched performance and productivity to take on the most demanding applications. The Makita 5.0Ah battery has a category-leading charge time of only 45 minutes, so it spends more time working and less time sitting on the charger.
The 18V LXT® 5.0Ah battery is compatible only with Star Protection tools, indicated by the Star Symbol™ and/or Yellow Battery Receiver under the tool.


Step # 2 – Configure Internet Connection Sharing
To use Internet Connection Sharing to share your Internet connection, the host computer must have one network adapter
that is configured to connect to the Internet.
To enable Internet Connection Sharing in Windows XP, follow these steps:
1. Click Start, click Control Panel, and then double-click Network Connections.
2. Click the local area network (LAN) connection , the one that connects to the Internet), and then under Network Tasks, click Change settings of this connection.
3. On the Advanced tab, click to select the Allow other network users to connect through this computer’s Internet connection check box.
4. If you want to permit other network users to enable or to disable the shared Internet connection, click to select the Allow other network users to control or disable the shared Internet connection check box.
5. Click OK. You receive the following message:
When Internet Connection Sharing is enabled, your LAN adapter will be set to use IP address 192.168.0.1. Your computer may lose connectivity with other computers on
your network. If these other computers have static IP addresses, it is a good idea to set them to obtain their IP addresses automatically. Are you sure you want to enable Internet
6. Click Yes
Note that to enable Internet Connection Sharing in Windows XP, you must have administrative rights.
For more information, click How to configure Internet Connection Sharing in Windows XP which provides Video demo of the above activity.
Enabling ICS on Windows 7
1. Open Network Connections by clicking the Start button, clicking Control Panel, clicking Network and Internet, clicking Network and Sharing Center, and then clicking Manage network connections.
2. Right-click the connection that you want to share, and then click Properties.
If you are prompted for an administrator password or confirmation, type the password or provide confirmation.
3. Click the Sharing tab, and then select the Allow other network users to connect through this computer’s Internet connection check box.
The Sharing tab will not be available if you have only one network connection. For the same, you’ll have to install Microsoft Loopback Adapter if you have only one network card installed on the PC.
4. If desired, you can also select the Allow other network users to control or disable the shared Internet connection check box.
5. Optionally, to allow other network users to use services running on your network, click Settings and select the services you want to allow.
When you enable ICS, your local area network (LAN) connection gets a new static IP address and configuration, so you’ll need to reestablish any TCP/IP connections between your host computer and the other network computers.


Price DBC to USD now is $0.002. Trading volume by 24-hours $688.616. DeepBrain Chain, which_ranked #1060 price is down -14.72% in the past 24-hours. DeepBrain Chain has circulating supply of $0 and have $5.804,021 capitalization. In additional, total supply is $3.200,000,000.
The all-time high price of DBC is $0.662, the record was set on the 0.
DBC all-time low price is $0, the record was set on 0.
7 days ago the price was $0 , this changed the DBC price by -1.75256%
14 days ago the price was $0 , this changed the DBC price by -3.05888%
30 days ago the price was $0 , this changed the DBC price by -4.48954%
60 days ago the price was $0 , this changed the DBC price by -21.75988%
1 days ago the price was $0 , this changed the DBC price by -86.99643%
DeepBrain Chain was founded in November 2017 with the vision of building an infinitely scalable, distributed high-performance computing network based on blockchain technology and to become the most important infrastructure in the 5G+AI era. Humanity is moving into the age of intelligence, and artificial intelligence has been integrated into every aspect of people's lives. The Artificial intelligence troika: deep models, big data (Internet, sensors, IOT), and high-performance computing (GPU, FPGA, special chips). Individual deep models have an increasing demand for computing power: ImageNet image recognition -- 1~10 GPUs, AlphaFold/AlphaFold2 -- 100~200 GPUs, BERT language model -- 100~200 GPUs, using 1026 TPUs, training time can be shortened to 76min, GPT- 3 language model -- 1,000 GPUs OpenAI, 175 billion parameters, training once consumes millions of dollars, multimodal large-scale pre-training model -- 2,000 GPUs Beijing Academy of Artificial Intelligence (BAAI). The Artificial intelligence race is the computing power race: solving the problem of computing power supply and demand and rewarding computing power is imminent. DeepBrain Chain hopes to build an infinitely scalable, distributed high-performance computing network through blockchain technology to achieve cost reduction and efficiency improvement of AI computing power worldwide, promote the popularization and democratization of AI computing power, and accelerate the arrival of the era of artificial intelligence.


We help companies in various industries, benefit from the advantages offered by the INTERNET of THINGS.
Given our extensive knowledge of devices, communication protocols and business models, we can provide independent, expert advice on how INTERNET of THINGS will work for you. If it won't work for you, we will tell you that too!
Let us know the problem to be solved
INTERNET of THINGS device design is a multi-faceted challenge.
Ensuring a device does what it has to do, is relatively easy; the challenge comes with ensuring network compatibility over the device life cycle; how to design a device to last? How to ensure the device is simple, yet flexible? What is the right design to maximize usability and minimize energy consumption? Does it need to be weather-proof or shock-resistant, or both? What materials, sizes and shapes are optimal? These are the typical questions our design team knows how to address, and to provide a satisfactory answer.
Let us know what device do you need to be designed
The INTERNET of THINGS market has literally tens of thousands of devices readily available. Which device should you consider? What are the important performance features to look for? What is the optimal device cost to ensure the rollout will result in the desired outcomes?
We start with the problem definition, and work from there, scanning the landscape to source the best options.
Let us know what devices do you need now


Tecno Camon 18 Premier – Price in Bangladesh and Full Specifications
|Model||Camon 18 Premier|
|Announced||2021, October 04|
|Status||Coming soon. Exp. release 2021, October|
|Type||AMOLED capacitive touchscreen, 16M colors|
|Size||6.7 inches, 108.4 cm2 (~87.2% screen-to-body ratio)|
|Resolution||1080 x 2400 pixels, 20:9 ratio (~393 ppi density)|
|Features||120Hz, 550 nits (typ)|
|Triple||64 MP, f/1.6, 26mm (wide), PDAF
8 MP, f/3.5, 135mm (periscope telephoto), PDAF, 5x optical zoom
12 MP, (ultrawide), gimbal OIS
|Features||Quad-LED flash, panorama, HDR|
|Video||4K@30fps, 1080p@30fps, gyro-EIS|
|Single||32 MP, (wide)|
|Features||Dual-LED flash, HDR|
|Technology||GSM / HSPA / LTE|
|2G bands||GSM 850 / 900 / 1800 / 1900 – SIM 1 & SIM 2|
|3G bands||HSDPA 850 / 900 / 2100|
|4G bands||LTE (unspecified)|
|Speed||HSPA 42.2/5.76 Mbps, LTE-A|
|OS||Android 11, HIOS 8.0|
|Chipset||Mediatek Helio G96 (12 nm)|
|CPU||Octa-core (2×2.05 GHz Cortex-A76 & 6×2.0 GHz Cortex-A55)|
|GPS||Yes, with A-GPS|
|USB||USB Type-C 2.0, USB On-The-Go|
|Alert Types||Vibration, MP3, WAV ringtones|
|Dimensions||163.8 x 75.9 x 8.2 mm (6.45 x 2.99 x 0.32 in)|
|SIM||Dual SIM (Nano-SIM, dual stand-by)|
|Sensors||Fingerprint (side-mounted), accelerometer, gyro, proximity|
|Messaging||SMS(threaded view), MMS, Email, IM|
|Battery type||Non-removable Li-Po|
|Charging||Fast charging 33W, 64% in 30 min (advertised)|
|Color||Polar night, Vast sky|
Tecno Camon 18 Premier Price in Bangladesh
If you want to buy the best smartphone under 40,000 Taka. Tecno Camon 18 Premier is the best for you in a cheap price. Tecno Camon 18 Premier will in the first row among the best smartphones. Also it is the best gaming phone. If you are game lover. If you have an attraction to online games. Then you can buy this phone without any Doubt. It has good battery backup and AMOLED capacitive touchscreen, 16M colors display.
|Model||Tecno Camon 18 Premier|
|Display||6.7″ 1080×2400 pixels|
|OS||Android 11, HIOS 8.0|
|Released||Exp. release 2021, October|
Tecno Camon 18 Premier Highlight
Tecno Camon 18 Premier official / unofficial Price in Bangladesh is around 40,000 BDT. Tecno Camon 18 Premier comes with 6.7 inches. Display Type AMOLED capacitive touchscreen, 16M colors, Resolution 1080 x 2400 pixels, 20:9 ratio (~393 ppi density). It has 256 GB internal memory and 8 GB RAM with a dedicated MicroSD slot. It comes with a Li-Po 4750 mAh battery. Battery backup is very strong. The Primary camera of this phone is 64 MP, f/1.6, 26mm (wide), PDAF, and the secondary camera is 32 MP, (wide) with 4K@30fps, 1080p@30fps, gyro-EIS video recording. Also, Tecno Camon 18 Premier offers others more extra features like WiFi, Bluetooth, GPS, FM Radio, 3.5mm Jack, Fingerprint sensor, etc.
Here check out some questions about Tecno Camon 18 Premier.
Most of the people ask the same question. Below we have provided the most common questions and answer. So, let’s check now:
- When it will release?
It will launch in 2021 October.
- What is the price of the Tecno Camon 18 Premier?
The price of the Tecno Camon 18 Premier is BDT 40,000.
- How much RAM and ROM does it contain?
It has one variant of 8 GB in RAM and one variant of 256 GB in ROM. But, overall you can get three variants (256GB 8GB RAM) in market
- What kind of display is used in this phone?
It comes with a 6.7 inches AMOLED Display panel with 1080 x 2400 pixels resolution.
- How are the processor and chipset?
It contains Mediatek Helio G96 (12 nm) Octa-core.
- What are the camera and video capabilities?
The two-camera setup on the back is 64MP+8MP+12MP and a 32MP selfie camera. The video recording capability is 4K@30fps, 1080p@30fps, gyro-EIS.
- Does it support 5G network?
No, It supports a 4G network with 2G and 3G.
- How the battery capacity is?
The battery capacity is a Li-Po 4750 mAh battery with Fast charging 33W.
- Which colors of this phone?
Polar night, Vast sky Silver Has been used.
- How much SIM support?
Dual SIM (Nano-SIM, dual stand-by).
- What kind of USB to use?
USB Type-C 2.0, USB On-The-Go.
- What sensors does this phone have?
Fingerprint (side-mounted), accelerometer, gyro, proximity.
- Which country and company manufactured it?
Tecno manufactured it and this phone is made in China.
Here I am going to provide some details about Tecno Camon 18 Premier. This phone is the most attractive mobile phone to other phones. You can buy this phone without any confusion. Tecno Camon 18 Premier You will get a long-time battery backup. Because It has used Li-Po 4750 mAh battery. This phone comes with 6.7 inches Display 1080 x 2400 pixels Resolution, 64MP+8MP+12MP and a 32MP selfie camera, and 4K@30fps, 1080p@30fps, gyro-EIS video recording. So, it’s the image and video capability may be well. Also, This phone has used Octa-core Processor.
if you want to best phone at a cheap price. Then this phone is best for you. So, now you can buy this phone without any confusion.


CABLE VS SATELLITE TV – STRAIGHT TALK
The satellite has the distinguishing feature far above the local television station which only requires the use of the antenna. If you are talking about the superiority that the satellite TV has over the use of an indoor antenna, is the infrastructure that it uses. Satellite picks a variety of channels provided there is no obstruction in the sky blocking the satellite transmission. This single reason makes satellite ideal for a remote location which may be having difficulties in tuning into regular television station channels. In as much there will always be the supply of electricity, users of satellite TV will be to access quite a wide variety of television shows. This is regardless of whether they are close to a television station or not.
It is noteworthy to let you know that the quality of reception you get from satellite TV is not comparable with that of indoor or outdoor TV antenna. The signal being sent and received from satellite television is much stronger than that being sent and received from local television stations and home antenna. To this end, you hardly get any complain of poor quality viewing or less variability. It is always a very good quality.
There is an increasing and continuous offering of High Definition channels coupled with superior viewing quality by satellite. It is also backed with the ability to record real time video streaming session through the use of Digital Video Recorder (DVR) Technology. This recording can later be played back to be watched. This is particularly important when it comes to important programs which viewers might have missed.
It is a habit for many of us to fiddle with the remote control device of our television set, all with the intention of searching for the channel of choice from our land base antennas. This problem is automatically eliminated by a satellite TV.


This item contains the following components:
1 x Paradox Hybrid 10 Zone (ATZ) Panel, PCB Only
The Magellan line of two way wireless security systems offer you a combination of security, wireless convenience, easy installation and attractive consumer features for any residential or small commercial installation. With their in-field firmware upgrade capability, the Magellan line allows installers to upgrade their system without hassle quickly, easily and on site. And to further facilitate installation, every Magellan panel can be configured using easy to- follow menu-driven programming.
1 x Paradox Base Kit, Metal Enclosure, Battery, Plug Pack, Tamper & Telephone Lead
2 x Paradox Wireless Dual Optic PIR, 40kg Pet Immunity, 433MHz
The Paradox Digital Dual-Optic PIR is a dual-element sensor which provides pet immunity for animals weighing up to 40kg.
1 x Paradox Wireless Outdoor Siren with Built-in Blue Strobe Light, 433MHz
The SR130 is a weatherproof (IP54) fully supervised outdoor wireless siren with a built-in blue strobe light and wireless transceiver. The SR130 uses 2-way wireless communication between the panel and the tranceiver to provide fast responses to alarm signals - with differentiation between intrusion and fire events.
1 x Paradox Wireless 32-Zone Fixed LCD Keypad, 433MHz
The Paradox K37 is a wireless keypad that allows homeowners to install the SP V3.00, MG5050 V3.22, and RTX3 V1.42 and use the keypad without having to deal with any cables. The keypad has exceptional functionality despite the fact that it does not have cables; it provides the full range of information and feature integration with your entire security system. This allows homeowners to work and interact with their security system and thereby secure their property. For instance, the Paradox K37 provides homeowners and business owners with real-time system status.


We have a long story of developing the software distribution business. The electronics industry needs great software products which help engineers to create new devices. And all our life we help our customers to find the proper tools, and to use them with maximum efficiency.
Redefining the Way
The talented sellers often say "I can sell everything". Yes. And no. We sell the software, the tool for the modern engineers. And we want to sell the perfect tools. The tools which are really required and which really help to make the world better.
All development of our company was about building the relations with the best software manufacturers. And we've created the portfolio of really fantastic software tools which we can offer to our customers.
Our Journey So Far
STREAMLINE-DS IS FOUNDED
The founder of Streamline-DS, Mr. Johnny Thunborg has worked in several EDA companies. After moving from Silicon Valley to Munich he held Engineering and Sales Manager positions at Cadence. He has got a strong experience of software distribution. Later this knowledge as well as a lot of contacts in electronics industry allowed him to create in 2002 from scratch the new company dedicated for CAD/CAM/CAE software and Electronic IP distribution.
Since 2002, we offer software, design, simulation and verification tools with an application scope from concept to implementation as well as a broad range of design and verification IP cores (intellectual property for SoC, ASIC and FPGA).
Nowadays Streamline Design Solutions is an independent EDA technology and services provider for SoC, ASIC, FPGA and PCB designers.
Streamline-DS has been an official distributor of Software and IP from such famous software vendors as ARM, Arasan, Cadence, Magma, Downstream Technologies, ALDEC, Mission Level Design, Zuken and others.


Wireless 5G FREE HAWAII PETITION!
(Please sign this petition to stop 5G in Hawaii!)
Why Is 5G Dangerous?
- 5G phones and your health: What you need to know! Click Here
- Published Scientific Research on 5G, 4G Small Cells, Wireless Radiation and Health Click Here
- How 5G Will Kill the Birds, Bees, and Your Loved Ones
Help SAVE Hawaiian Life As We Know It!
Your Hawaiian Ohana


In today’s world of cutting edge wireless technology, there’s no shortage of “smart” gadgets designed to streamline your home. And because your bedroom is the place you spend the most time recharging, it’s important to know what kinds of smart products are available to help you improve your sleep routine.
Since Brooklinen is all about upgrading the quality of sleep you’re getting, we rounded up some of the “smartest” bedroom devices on the market for your consideration. From an app-enabled eye mask to a pillow that analyzes your sleep cycle, here are seven ways to turn your bedroom into the smart and savvy space it deserves to be.
1. Smart Alarm Clocks
Looking for an app-enabled alarm clock that does it all in your bedroom? Intelligent alarm clocks, like the Beddi, can wirelessly stream music, control your bedroom temperature, and of course, wake you up—all from the privacy and comfort of your smartphone.
2. Smart Sleep System
In the market for a smart sound and light system that also tracks the quality of sleep you’re getting? “Smart” sleep systems, such as the Withings Aura, come equipped with a combination of sound and light effects that help you fall asleep faster, as well as a sleep tracker that connects to your smartphone to analyze your sleep habits.
3. Smart Pillow
Searching for a wireless way to sleep better at night? The ZEEQ Smart Pillow offers everything from built-in speakers and streaming services to an anti-snore alarm (that gently vibrates when you snore too loud) so both you and your partner can score some sound ZZZs.
4. Smart Light Bulbs
If you weren’t already hip to smart light bulbs, now’s the time to, well, smarten up. Bluetooth-enabled and voice compatible, smart LED bulbs—like the LIFX Mini A19—allow you to create a custom lighting scheme for your bedroom from your phone and will only set you back about 25 bucks.
5. Smart Sound System
Believe it or not, there are actually sound machines designed to help you fall asleep faster and stay asleep longer. Case in point: The Nightingale, which can plug into any wall outlet and connects to your smartphone (or Alexa) to create custom “sound blankets” that mask the annoying noise in your bedroom for an optimal sleep environment.
6. Smart Sleep Mask
Who knew a “smart sleep mask” was even a thing? Designed with “sleep-enhancing” technology, the Illumy Sleep and Wake Mask boasts a built-in, app-enabled light that dims and brightens to suit your sleep schedule.
7. Smart Nightlight
Tired of bumping into things when you get up to use the bathroom at night? Bluetooth-enabled nightlights, like the Aumi, are outfitted with motion sensors (that provide light when they sense movement) and smart timers that you can control straight from your phone.
The market is filled with “smart” technology designed to improve your bedroom, and more importantly, the way you sleep. Whether with a Bluetooth-enabled alarm clock or an app-controlled nightlight, it pays to know what gadgets can help you streamline your bedroom, and ultimately, enhance your quality of sleep.


Some real-world impact created at xREZ this year: the Innovation Research Methods class, taught by xREZ Director Ruth West in our lab, resulted in a paper published in Imaging Journal and presented at the Engineering Reality of Virtual Reality 2022 conference. The grad students also collaborated with renowned embodied information behavior experts Dr. Christopher Lueg and Dr. Michel Twidale from the University of Illinois Urbana-Champaign iSchool.
Our interdisciplinary classes bring together students from design, computer science, information science, anthropology and more to gain hands-on research experience and create real world impact. This course enables students to take their work all the way through the peer-reviewed publication process. We’re excited to be hosting these courses in the lab and can’t wait to see what our future grads will accomplish!
Kathryn Hays1 , Arturo Barrera1 , Lydia Ogbadu-Oladapo1 , Olumuyiwa Oyedare1 , Julia Payne1 , Mohotarema Rashid1 , Jennifer Stanley1 , Lisa Stocker1 , Christopher Lueg2 , Michael Twidale2 , Ruth West1
1 University of North Texas; Denton, Texas, USA, 2 University of Illinois, Champaign, Illinois, USA
We present a state of the art and scoping review of the literature to examine embodied information behaviors, as reflected in shared gaze interactions, within co-present extended reality experiences. Recent proliferation of consumer-grade head-mounted XR displays, situated at multiple points along the Reality-Virtuality Continuum, has increased their application in social, collaborative, and analytical scenarios that utilize data and information at multiple scales. Shared gaze represents a modality for synchronous interaction in these scenarios, yet there is a lack of understanding of the implementation of shared eye gaze within co-present extended reality contexts. We use gaze behaviors as a proxy to examine embodied information behaviors. This review examines the application of eye tracking technology to facilitate interaction in multiuser XR by sharing a user’s gaze, identifies salient themes within existing research since 2013 in this context, and identifies patterns within these themes relevant to embodied information behavior in XR. We review a corpus of 50 research papers that investigate the application of shared gaze and gaze tracking in XR generated using the SALSA framework and searches in multiple databases. The publications were reviewed for study characteristics, technology types, use scenarios, and task types. We construct a state-of-the field and highlight opportunities for innovation and challenges for future research directions.


Electric Power Systems comprise the theory and methods for generation, transmission, distribution and consumption of electric energy. Important areas are, among others, power flows, power system dynamics, reliability, new power system components, power quality and analysis of the power market.
This three-days course is intended to give non-engineering professionals a better understanding of electric power systems planning, operations and regulatory frameworks. Basic electrical terminology and concepts are explained in simple to understand terms with regard to design, construction, operations and maintenance of power plants substations and transmission and distribution lines. Basic electrical safety concepts are included.
Participants gain more insight into the concerns of engineers, the demands of regulators and consumer groups and a perspective of how these factors play a major role in the operation of today’s electric power systems. This course will help participants become more productive and proactive in professional situations. Upon successful completion of this course, participants will be able to:
· Describe how a electric power system is designed and operated,
· Learn and get better understanding of electric power system operation and condition
· Learn and better understanding the types of electric power configuration
· Calculate basic calculation of electric power system
· Analyze disturbance
· Learn and better understanding of monitoring system and control
· Learn and better understanding effect of load in power system
· Explain methods and models used in power system dynamics and stability studies.
Introduction and Brief History
Fundamentals of Electric Power
Discussion of how natural recourses such as coal, gas, water, solar, wind, etc. are converted into useable electrical energy.
Generation and Transmission
The operation of generation plants, substations and transmission lines are explained plus how these systems work together to efficiently transport electrical power long distances.
Distribution and Utilization
Power delivery to residential, commercial and industrial customers is explained including emergency backup generators.
Power System Protection
Design concepts of power system protective relaying and coordination are explained for local and interconnected systems.
Power System Operation
How electric power systems are monitored, controlled and operated under normal and abnormal conditions, including the use of telecommunications channels are included in this course.
Interconnection and Regulation
The benefits of interconnected power systems and regulatory requirements of electric power systems are discussed.
Basic Calculation of Electric Power System
Basic calculation in normal condition
Basic calculation in disturbance condition and disturbance analysis
Electrical Power System Monitoring Equipment
Peserta dapat diikuti oleh semua yang tertarik pada bidang ini. Selain itu juga dapat diikuti oleh semua yang ingin mengatahui dan mendalami tentang bidang ini.
Instruktur dalam Pelatihan dan Training ini akan dibawakan oleh seorang yang ahli dalam bidang ini.
Jadwal Pelatihan di Pusat Training Indonesia :
Catatan: Jadwal tersebut dapat disesuaikan dengan kebutuhan calon peserta
Biaya dan Lokasi Pelatihan Pusat Training Indonesia :
Investasi Pelatihan tahun 2019 ini :
Investasi pelatihan selama tiga hari tersebut menyesuaikan dengan jumlah peserta (on call).
*Please feel free to contact us.
Fasilitas Pelatihan di Pusat Training Indonesia :


We offer products and solutions with technological features that comply with Industry 4.0 regulations and the concept of “Smart factory”
Control of the production process
Inox Friuli is now able to offer products and solutions with technological features that comply with the Industry 4.0 legislation and the concept of “smart factory”, that is, we create the modern cellar with advanced technologies for the control of the production process.
The concept of Industry 4.0 or “fourth industrial revolution” is strictly inherent to the interconnection of company equipment with digital technologies (hardware and software) and is made possible by the availability of sensors and wireless connections, with an increasingly important use of data and information, computational technologies and data analysis, new materials, components and systems completely digitized and interconnected (IOT Internet of things and machines).
IoT is a fundamental technological component in Industry 4.0 projects, to make machines and production lines intelligent through the integration of dedicated sensors.
InoxFriuli is specialised in the production of tanks that aim to meet any demand of our customer regarding volume, shape and dimensions.
Inoxfriuli’s vinificators are the result of 40 years of R&D and innovation in the oenological sector.
VINOOXYGEN® is a vinificators that enables, that allows to conclude the the productive process without decanting the wine.
Inoxfriuli is specialised in the creation of tanks of various sizes, shapes and volumes in order to meet all the requirements of our clients. These tanks are designed with a particular focus on isolation which guarantees. Constant temperature for the wine.
The distinct quality of the personalised production of our mixers for the food sector has established itself within this industry, becoming the standard for clients which demand a high degree of technology and tailor made solutions.
Together with our clients we follow the design and construction of complex systems that are very well known and valued highly in the industrial sector for their craftsmanship and complexity
Inox Friuli, thanks to its technologically advanced solutions, is able to design and produce solutions that qualify for the industry 4.0 standards and for the concept of “Smart Factory”
Do you need more information?
Fill in the form and get in touch with Inox Friuli. We are available to answer your questions and to design a product tailored to your needs


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true, the non-zero components
weyl[i,j,k,l] will be displayed to the user. Otherwise, these components will simply be computed and stored. If the switch
ratweyl is set to
true, then the components will be rationally simplified; if
true then the results will be factored as well.
There are also some inexact matches for
?? weyl to see them.
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Apple recently announced three new iPhones—iPhone 8, iPhone 8 Plus Plus, and the high-end iPhone X.
The phones cost $699, $799, and $999, respectively.
Where iPhone X costs almost $1000, you might be thinking why should I pay so much when the other two newly launched phones cost relatively less and come with almost the same features and costs a hundred dollar less?
It’s true that iPhone 8 is much more affordable than iPhone X, but you will be missing out on some of the most amazing features that won’t be seen in iPhone 8 or iPhone 8 Plus. So, make a wise decision.
Here’s everything you need to know about the iPhone X.
The new iPhone X has an all glass enclosure, instead of an aluminium case, which was used in iPhone 7.
Apple has not used a glass in its iPhones for the first time; it has done so in the past as well. If you remember iPhone 4 and iPhone 4s had front and back panel of glass, along with a stainless steel band sandwiched between the two.
However, those models were not really appreciated by the customers as they complained about the phone’s durability; many customers claimed that their phone screens broke too easily when their phone fell down.
Nevertheless, the glass that is used in the iPhone X is one of the most sturdy glass that has ever appeared in any smartphone till date, is what Apple claims.
With practically no bezels, the iPhone X features a new cutting-edge Super Retina OLED screen display, measuring 5.8 Inches diagonally across.
Currently, LCD panels are used in iPhones, but OLED displays are much superior to LCDs. An OLED-based screen lights up individual pixels when required rather than requiring a backlight.
This results in less consumption of power and much faster response times compared to LED displays.
Apple has completely replaced the home button, combined with the new iOS software and with the large touch screen. There is no home button as it used to be in iPhones earlier.
To return to the home screen, iPhone X enables user swipe up directly from the bottom of the screen making it way too simpler.
New Face Recognition Feature
The TrueDepth camera is the handset’s biggest attraction. Using a facial recognition system called Face ID, this feature enables users to unlock their phone.
The system can recognize the user’s face, even in the dark using the depth-sensing technology. Based on the users facial expressions, this technology also enables the user to send animated emojis called ‘Animojis’.
iPhone X specs
The most powerful chip, the “A11 Bionic chip,” has six cores. No smart phone has this chip, but iPhone X has it.
The next version of Apple’s mobile operating system, iOS 11 will function on this very chip and features an advanced version of its Siri voice assistant, a new “Do Not Disturb While Driving” feature, and a new version of App Store.
iPhone X enables wireless charging and charging devices from Belkin and Mophie will be available.
Apple also offers AirPower charging pad, which enables the user to simultaneously charge an iPhone, Watch, and AirPods
The iPhone X can resist itself from water up to 30 Minutes to a depth of 1 Meter. It will not harm your device if you drop a glass of water on it, but yes you cannot take it down the swimming pool along with you definitely.


The internet has become a detrimental part of growth. We all use the internet and it is used 24/7. Every country has internet and it has grown considerably since its inception. Every country has come to rely on the internet and it has become integral to the running of countries and corporations. Nearly every company requires the internet in their day to day activity.
Before the internet was introduced to the world, people had to manually do everything. There wasn’t excel, CRM systems or fiber optic media converter, people had to do everything one by one and this process could take days to months unlike today where many things can be done in a short time. For example, working with foreign companies are easier as you can have instant communication due to the internet but before the internet, you have to use which can take weeks to receive and then longer for the return message to arrive. The internet made this inefficiency obsolete.
The internet was initially conceived as an idea in the 1950s. It was planned to have a networking system among many computers. This was a time when even computers weren’t as advanced as of today, therefore, the idea was rudimentary. Unlike today where there are advance managed fiber media converter and such, computers were devices used for calculations and not the tasks we use it for today. Despite it taking nearly 4 decades for the idea to become a reality, this was planned as a system to be used for the military. The US awarded defense contracts in the 1960s to build this system.
The development process started worldwide and was ongoing in the 70s and 80s. At the time, Tim Berners-Lee, a scientist in the CERN facility Switzerland, developed the world wide web protocol which allowed for a hyper texts document to be accessible from any node on a network.
The 90s was a time when the internet became available public. There was growth but it wasn’t as fast or reliable as the internet we used today. Few people trusted the internet to do commerce with but it peaked the interest of many. This was a great time for the internet to grow because computer use was growing and the internet gave another reason for people to purchase a computer and connect online. By the 2000s, growth accelerated tremendously and many sites we use today were found by then. The internet is connected to every aspect of our lives. The internet of things will be the next step where every device we use is connected to the internet further enhancing services.


NAKTO 48V 12AH Lithium Battery Pack
REAL SHOP. REAL EXPERIENCE. NOT JUST AN ONLINE STORE
Original factory replacement 48 volt 12 amp hour lithium-ion battery for NAKTO 48 VOLT Behind-the-Seatpost Battery SUPER CRUISER FAT TIRE Model Electric Bike.
***This battery is ONLY compatible with the NAKTO MODEL SUPER CRUISER FAT TIRE Electric Bicycle. It will not work as an upgrade / switch out for their 36 volt models.
- Unique set of keys included.
*Charger sold seperately.
- LITHIUM (Li-Ion)
- Estimated Charge Time / Estimated Range: 6 hrs / 25 to 30 miles
- Battery Weight: 12 lbs
ENJOY FREE SHIPPING! ($50 VALUE)


Multi Core Cable
- By:Trade Kyrgyz
Haoguang specialised in manufacturing a variety of UL,CUL,VDE and CCC standard approved wire and cables. Our main products including electronic power lines, lighting wire and cables,leading wires,internal wires of appliances, LSHZ cables,single, multi core cables,silicone rubber cable,all kinds of insulated wire and fire alarm cable.
We have 30 sets of Testing Equipment, 7 wire drawing machines ,8 stranding machines, 9 extruder facility, 2 single stranding machines, 90 braiding machines.
Haoguang cable marketing network all over the world, the products mainly export to America, Europe, southeast Asia and other countries and regions of the world.
Haoguang has a highly qualified team and strict quality inspection of ISO9001 quality management, we put quality,compliance and a strong customer focus at the heart of operations.
Multi Core Cable
Ningbo Haoguang Electric Appliance Co.,Ltd was established in 1994, as a professional China Multi Core Cable manufacturers and China Multi Core Cable suppliers, we are strong strength and complete management. Multi core cable is electric wire which contains more than one core in the cable. It can be be used for power transmission or data transmission,power cord, illumination space wiring and the high load electrical equipment, household appliance.
Haoguang multi core cable includes wires with PVC, PE, with different features, flame-resistant, corrosion resistance, moisture, resistance,abrasion resistance. These wires can be flexible, parallel, tinned copper, bare copper depending upon the end applications.
Haoguang multi core cable are manufactured as per UL, VDE and other international standards. Durable in use, reliable quality with uniform insulation thickness and pure copper conductor.


THE SUN IS A POWER PLANT IN THE SKY
The SUN produces ENOUGH power in one hour a day to SUPPLY the EARTH with electric POWER for one year.
SOLAR MODULES (PV)
Solar technology uses large crystals made out of silicon or copper-indium-gallium-selenide which produces an electrical current when struck by light. A photovoltaic (PV) system consists of one or more photovoltaic (PV) modules. One PV-module consists of about 36-72 photovoltaic solar cells. The PV modules are connected in a series called an array. Because PV Arrays are built with individual, linked PV modules, photovoltaic systems are exceptionally modular, which provides for easy transportation and rapid installation, and enables easy expansion if power requirements increase.
That solar energy is then sent to a power inverter that converts the Direct Current (DC) to Alternative Current (AC) which is what we use in our homes. Inverters are the “brains” of the solar electric system. The inverter monitors the utility grid and controls your solar energy systems production, as well as shutting your system down during a utility black-out. The newest technology available is ‘microinverters’, allow solar panels to operate independently of each other. So if one module ends up in the shade, the others just keep on buzzing, resulting in much higher average system availability.
When the solar system produces more electricity than what its needed during sun hours, excess electricity is automatically “sold” back to the utility company for a credit to be used when sunlight is not available. The electric meter actually runs backwards!


- The most simple reason: the input level might be be too low, so try to turn up the volume slightly
- The might be some external noise around you – so try to keep your environment as quiet as possible during the measurement
- Mainly on Android, we saw devices with a lowpass filter integrated into the microphone with a cut-off frequency as low as 3.5 kHz. This causes problems at 33.3 RPM an makes it impossible to calibrate 45 RPM. Try to use a 1 kHz track instead of 3.15 kHz for calibration (Android only).
Posted in: Common


Bone densitometry is a diagnostic technique to measure bone mineral density. The densitometer is an actuating apparatus for X-ray emission. The total radiation received by a patient is very low, 20 times less than a chest X-ray, so it poses no risk.
To perform a bone density test does not require any prior preparation. The diagnosis is made by computer analysis of the areas of interest of the images obtained while the patient is lying
- Paracelso Diagnóstico Médico: C. Mariano Royo 21, 50006 Zaragoza


Eugene, OR — Nov. 18, 2010 — VersaLogic Corp., a Eugene, Oregon-based manufacturer of embedded computer products, today announced the release of two new expansion modules for use with SUMIT™-based products. The expansion modules feature the SUMIT (Stackable Unified Module Interconnect Technology) interface standard developed by the Small Form Factor Special Interest Group (SFF-SIG™). The SUMIT interface provides a variety of signaling options for system expansion, including multiple high-speed PCI Express (PCIe) lanes, USB, LPC, SPI, and SMBus.
The expansion modules are the first of the new SUMIT-micro™ format, which is 1/3 the width of PC/104 or SUMIT-104 expansion modules. SUMIT-micro expansion boards are 90 x 32 mm, versus SUMIT-104 boards which are 90 x 96 mm. SUMIT-micro boards attach to the SUMIT connector and are secured via two mounting holes using standard standoffs.
These new expansion boards provide up to four additional USB ports for SUMIT-based systems. The VL-EPHs-B1A model provides four USB ports (two Type A connectors and two on pin headers). The VL-EPHs-B1B provides three USB ports (one Type A connector and two on pin headers) and one eUSB flash memory expansion site.
Both versions are designed for full industrial (-40° to +85°C) temperature operation, are RoHS compliant, and meet MIL-STD-202G specifications for mechanical shock and vibration for use in harsh environments.
The VL-EPHs-B1 products include VersaLogic's 5+ year production life guarantee and are customizable even in low OEM quantities. Customization options include conformal coating, revision locks, custom labeling, customized testing and screening, connector changes, and additional services.
VersaLogic's SUMIT-micro expansion modules can be used to complement any SUMIT-enabled SBC including VersaLogic's PC/104-sized Intel® Atom™ Z5xx or EPIC-sized Intel Core™2 Duo single board computers.
These expansion modules are available now. Pricing is around $40.00 in OEM quantities. Contact Sales@VersaLogic.com for more information.
A leading supplier of industrial computers since 1976, VersaLogic focuses on high-quality board-level products for embedded OEM applications. Its 5+ year production life guarantee and outstanding warranties demonstrate a commitment to service. Product platforms include EBX, PC/104™, PC/104-Plus, PCI-104, EPIC™, SUMIT, and SPX™. For five consecutive years, VersaLogic has received the coveted Platinum level vendor rating based on independent user surveys by technology research firm VDC Research Group, Inc. VersaLogic is registered to the ISO 9001:2008 standard. For more information, visit www.VersaLogic.com.


ISEC | 19 DE DEZEMBRO DE 2019
Seminário: "Advances in Functional Neuroimaging" - Licenciatura em Engenharia Biomédica
10:30H | Anfiteatro G0-A1 do Departamento de Física e Matemática (DFM)
No âmbito da Unidade Curricular Equipamentos de Imagiologia Médica da Licenciatura em Engenharia Biomédica-Bioeletrónica, irá decorrer no próximo dia 19 de Dezembro 2019, pelas 10h30, no Anfiteatro G0-A1, do Departamento de Física e Matemática do Instituto Superior de Engenharia de Coimbra, um seminário sobre neuroimagem.
Neuroimaging is the use of various techniques to either directly or indirectly image the structure, function, or pharmacology of the nervous system. In this seminar, several non-invasive imaging techniques to study brain function will be presented by experts in the field.
Electroencephalography (EEG) and related techniques, such as Magnetoencephalography (MEG), provide a direct measure of neuronal activity. However, their spatial resolution is poor. Multimodal imaging techniques, as it is the case of combined EEG-fMRI, have then emerged to leverage the advantages (and circumventing the disadvantages) of imaging techniques when considered separately. The combination of the best of both worlds has also been proposed with the development of Functional Near-Infrared Spectroscopy (fNRIS) that makes use of functional light spectroscopy in the near-infrared wavelength range to neuroimaging.
Gabriel Costa1 – Gabriel Costa is a Biologist from the University of Coimbra. After concluding his PhD in Cell Biology he transitioned to the field of cognitive neuroscience. He is experienced in electrophysiology methods such as EEG and MEG and uses these techniques to study brain oscillations in vision and perception.
Rodolfo Abreu1 – Rodolfo Abreu holds an MSc and a PhD degree in Biomedical Engineering from the New University of Lisbon and the University of Lisbon, respectively. His research focuses on the development of methods aimed at optimizing the combination of EEG and fMRI to better understand the pathophysiology of multiple sclerosis.
João Pereira1 – João Pereira is a Biomedical Engineer from the University of Coimbra, specialized in Image and Radiation. He has been working on fMRI analysis and applications, such as neurofeedback. Currently, João is a PhD student in Biomedical Engineering, with a project focused on fNRIS-based neurofeedback for motor rehabilitation in stroke patients.
1Coimbra Institute for Biomedical Imaging and Translational Research (CIBIT) and Institute of Nuclear Sciences Applied to Health (ICNAS) – University of Coimbra
Data de Publicação 2019-12-12


Augmented reality (AR) or virtual reality (VR) are concepts that we’ve heard of for quite a while now. Imposing digital elements into the real world, it’s gained popularity in different industries, from gaming to warehousing.
To date, most AR and VR solutions we’ve seen come in mobile form. They’ve been integrated into smart devices where digital impositions are added to the physical environment shown on screen. One of the most popular examples of this, which we’re sure you’re familiar with, is the AR game Pokémon Go.
While AR and VR are still limited in application, there’s increasing use of it in the digital signage industry. Recognized as a technology that can enhance user interactivity and support digital signage features, AR can soon become a valuable addition to your digital signage campaigns.
The Current Augmented Reality Market
The terms AR and VR aren’t new, with news of these technologies breaking out in the 90s. Since then, innovators have been continuously exploring how to integrate them into the digital era in a practical and valuable way.
These efforts have born fruit, as the AR market is steadily rising from its humble beginnings to becoming a $152 billion industry by 2030. This is thanks to the big tech companies that are investing in AR technology, including Facebook and Apple.
While we’re still a long way from living in an augmented-reality universe, efforts are being made to develop, test, and implement the technology for mainstream use and application. Refinements in its hardware, platforms, and content are still needed to achieve usability and accessibility. The digital signage industry, however, is seeing AR’s potential benefits and impact.
Predictions on Augmented Reality and Virtual Reality Use for Digital Signage
Simply put, AR superimposes the digital world onto the real world. This basic nature gives it a lot to offer to digital signage.
The simplest way that AR can be integrated with digital signs is with the use of QR codes. Displayed on a digital screen, the user can scan the code with the mobile device and be directed to download an accompanying application.
The screen can then guide the user through exciting interactions on their mobile devices, from discounts and offers to links and other media types.
Another potential use of AR in digital signage is to enhance in-store shopping. There can be screens that function as a virtual mirror, for example, superimposing clothing and accessories that the customer can try on without having to go to the dressing room.
Typical things usually done physically, like trying on clothes, comparing sizes, etc. can be done on-screen, providing the customer with an efficient and more convenient shopping experience.
Ultimately, AR isn’t made to be a direct form of advertisement for digital signage. Instead, it works to enhance your campaigns, impress the customer, and improve their experience, which can lead to more value and revenue.
Impact of Augmented Reality and Virtual Reality on Digital Signage
Digital signage has three primary uses: to advertise, to attract, and to communicate. Any digital signage campaign will revolve around achieving at least one of these three core uses. In any case, AR provides a good opportunity to enhance the use of digital signs. It’s primarily beneficial in three settings:
AR technology can help you extend your interaction with your audience. Instead of the traditional route where you run ads of your product on-screen with a CTA that leads to your website, you can facilitate a more interactive journey for your customer.
When you integrate AR and VR technology into your digital sign, the screen can detect if the user already has a supporting application to view the AR. When it does, it prompts a notification to be sent to their mobile device, telling the user that there’s a nearby screen to interact with.
They can then point their phone at the digital signage and be presented with a series of activities, whether that’s being sent to your website, playing a promotional video on the digital screen, viewing products or services, signing up for your newsletter, or making a purchase.
While that happens, the digital signage also collects data on the user’s journey and behaviors. This, you can use to inform you of how your digital signage is performing and shape decisions about how to improve your campaign strategy.
AR can also be of benefit in digital signage screens used for corporate communications.
Lobby digital signage that broadcasts company information, for example, can incorporate AR technology to allow the viewer to learn more about your business by triggering a slew of activities — whether watching your branded videos, visiting your website, or checking out your social media pages.
Employee-facing digital signs, on the other hand, can boost employee engagement by integrating AR to facilitate information sharing. They can hold their phones up to the screen to sign up for a company event, add meetings to their corporate calendar, and more.
AR and VR also find applications in digital signage installed in educational settings, enhancing the way the screens broadcast information to teachers, students, and visitors. For one, AR can turn a digital screen into a virtual tour guide to help with wayfinding.
Another is helping the user access and navigate information, whether about the campus, the facilities, the alumni, staff, etc. All this information is better communicated through AR interaction. Classroom digital signage can also leverage AR to advertise lectures and forums, new courses, school events, etc.
In any setting, integrating AR with digital signage offers one key benefit: more interaction. It allows them to view information at their own pace and control their journeys when interacting with your business.
AR/VR Wayfinding with Digital Signage
While there are plenty of possibilities involved in using AR with digital signage, perhaps the most practical and easiest to implement is its use as a wayfinding solution. AR essentially reacts to imagery in the physical environment and creates a digital guide. This makes it highly useful when navigating unfamiliar environments.
The AR wayfinding journey begins when a person finds a wayfinding digital sign. This screen will provide them with a floor map of the establishment and initial directions to their destination. So they can be guided as they work their way around the building, AR steps in.
After pointing their mobile phones at the screen, they can get turn-by-turn directions on their device, superimposing directions on the camera’s view. As the user moves, the directions change, and so does the information on the screen regarding their proximity and whereabouts.
AR, when used with wayfinding digital signage, can make it incredibly easy for guests to navigate an unfamiliar area safely and with confidence. It eliminates the need for multiple wayfinding screens around the facility and instead puts navigation at the user’s fingertips.
Here are the benefits of using AR or VR to enhance wayfinding digital signage:
AR wayfinding responds to the user’s movement throughout the facility. As they move, the information in the AR overlay also changes, providing them with updated information about their routes, proximity to their destination, and any guidelines or rules applicable to their current locations.
This can be particularly helpful in communicating policies or health and safety guidelines. The AR can initiate pop-ups that inform the user of anything they might need to know as they move through the space.
AR is not just a visual communications technology. It can also provide auditory feedback like voice control and audible responses that help guide users with disabilities. The AR technology can cater to these users by detecting any personalized accessibility settings in their mobile devices and adjusting how information is communicated accordingly.
AR for wayfinding can be programmed to meet ADA requirements with its dual modality, providing both visual and auditory wayfinding solutions.
AR or VR has a reputation for being cluttered, distracting, and disorienting. However, that’s not always the case. When used for practical purposes, AR can have a clean and minimalist design that provides a balance between aesthetic requirements and clearly delivering wayfinding information.
Integrating AR and VR with Digital Signage
AR and VR tools and platforms are readily available to integrate with your digital signage solutions. Whether used to improve customer experiences in-store or assist in wayfinding, it’s become easier now more than ever to implement AR-powered digital signage.
If you’re ready to unlock the benefits of AR for your digital signage network, book a free demo with Rise Vision to learn how our software can support your needs.


VMG porn cartoon FEATURES AND BENEFITS
black porn The VMG 2000 is a DC welder. Connect the weld cables into the Control Module, select the correct mode, increase the engine RPM slightly and away you go! Weld from your vehicle with safe, powerful DC current. Welds any electrode up to 4mm (6 gauge) including aluminum and stainless steel. VMG 2000 is completely safe for the operator, the vehicle’s electrical circuitry and provides sufficient power to weld and operate lights simultaneously. The units are also fitted with an amp adjuster to set weld current whilst retaining optimum striking voltage. Another benefit of the VMG 2000 is that the type of current produced minimizes losses through the use of longer weld-cables.
Just select the correct mode, plug in your 220V equipment, increase the engine RPM slightly and run lights, grinders, drills, pumps, compressors and motors. The unit will retain a fixed frequency (50Hz) irrespective of engine RPM. Overload the unit and it will trip out. It has built-in gay porn ‘peak’ loading capabilities for starting certain types of motors.
Just select the mode to suit the type of system you require (12 or 24 Volts), connect your weld/charge cables onto the flat battery, increase the engine’s RPM slightly and start boost charging. After a few minutes, remain connected and then start the vehicle – you will be amazed at the charging power of the VMG 2000 system! No more ‘slave’ batteries nude celebrities going flat and requiring constant recharging.
The VMG 2000 alternator stator is hand-wound to optimise output and cooling. If you have equipment porn cartoon on your vehicle drawing high amperage, such as a winch, fridge, inverter or spotlights; then the VMG 2000 system will assist in producing up to 100% more power than an equivalent-sized alternator. This saves on batteries and increases equipment operating time.


From NASA to Our Hearts: Evelyn Miralles, the Venezuelan Engineer Who Continues to Inspire Latinas
Image courtesy of Nuestro Stories.
Going to outer space got easier thanks to Evelyn Miralles.
The Venezuelan-born engineer was one of the minds at the Advanced Space Suit Laboratory at NASA, overseeing the sophisticated virtual reality (VR) training system for astronauts practicing spacewalks, and more, in a simulated environment.
"My passion started with an interest in being an architect, in building something. I ended up building the space station in 3-D, so I think I accomplished that goal!" Miralles told AARP.
The Virtual Reality Training Environment (VRTE), the VR system Miralles helped create, featured a realistic 3D model of the International Space Station (ISS) that astronauts could explore and interact with.
Miralles' work is recognized as groundbreaking for improving the safety and efficiency of astronaut training. As a result, the scientist is seen as a true trailblazer, breaking down barriers as a Hispanic woman in a male-dominated field.
Miralles has been active in the community, aiming to inspire young girls to enroll in Science, Technology, Engineering, and Mathematics (STEM) fields.
“All students need to be nurtured, and I would like to see girls encouraged to discover their inherent capabilities, skills and interests,” Miralles told RoundUp, a NASA publication, adding: “They need to be nurtured even through times of failure.”
Miralles has been named as one of BBC’s "Top 100 Inspirational Women in the World," CNET’s "Top 20 Most Influential Hispanics in Technology," and was honored with the academic "Distinguish Alumna Award" from the University of Houston Clear Lake, where she is currently a lecturer.
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Isaac Vallenilla is a cinema enthusiast with a Major in Modern languages from La Universidad de los Andes, Venezuela. He has been working as a proofreader, translator and educator for 6 years. He currently lives in Buenos Aires, Argentina.


Several decades ago, the very idea of electric cars seemed absurd. With the advanced technologies of the XXI century, however, the long-awaited dream was finally turned into reality. The number of electric cars is still admittedly low in the market.
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However, compared to the previous sales statistics, the demand for electric cars is slowly increasing. Therefore, it can be expected that in several decades, electric cars will become part and parcel of everyday reality and an integral part of the life of an average citizen.
The physics of an electric car is rather easy to calculate; based on the power generated by a battery, it presupposes that an energy battery supplies the car with the force to move.
Though previously, electric cars were associated with electricity for the most part, which seemed rather reasonable, at present, they are related to the phenomenon of a fuel cell. The latter is used as the converter of the chemical energy, which is generated by the fuel, to the electrical one, which is required to supply the car with the necessary power.
At present, electric cars offer their owners a relatively impressive amount of services and advantages for a comparatively low price. With the application of the eternal combustion engines into the design of an electric car, the opportunity for the latter to be recharged extremely quickly has emerged.
In addition, a range of complementary services, such as the incorporation of the battery switch technology into the car design, has contributed to an impressive rise in the popularity of the product.
Despite the numerous technological advances and the groundbreaking technology, including modern media and its integration into the lives of everyday people, the very concept of an electric car still makes one think of the distant future.
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Though electric cars seem to be very promising and are slowly becoming more affordable, there still are alternatives, which need to be considered.
What Makes It Tick: Electric Cars and Their “Anatomy”
Before going any further, one must mention that over the past few years, a very thick line has been drawn between electric cars and cell fuel cars. Though the two are often considered a synonym, they, in fact, have a range of unique details and features, which deserve being considered closer.
A hydrogen fuel car is known for its original source of energy. Needless to say, the energy comes from hydrogen fuel cells. In an electric car, in its turn, energy comes from a battery, which is charged with electricity. Though a seemingly minor difference, this detail sets the two types of vehicles apart.
What fuel cells are capable of
A fuel cell is another phenomenon that is worth paying special attention to when considering the concept of an electric car.
Traditionally defined as an electrochemical cell, which facilitates the process of converting chemical energy into fuel, a fuel cell, or, as it is also often referred to, the PEM (polymer electrolyte membrane) cell (Wu, Yuan, Martin and Wang 106) has, in fact, been suggested as another source of the fuel for electric cars only recently.
Another modification of an electric car, a fuel cell car supposedly has better properties; for example, it can be characterized as a more durable and by far more efficient vehicle.
Despite its environmental friendliness, a traditional electric car can be considered a rather mild way of encouraging people for being environmentally aware; though not damaging the nature with polluted air and water, the specified type of cars may still produce pollution in the process of generating the fuel (Dincer 3).
Battery switch technology
With the invention of the battery switch technology, the entire concept of the electric car was reinvented completely. The given event, in its turn, has had a major impact on the way in which electric cars are represented in the present-day market. Speaking of the general principle of electric car work, the following picture outlines the key processes in a rather successful way:
As the picture provided above shows, the principles of an electric car operation are rather simple compared to those of a traditional diesel or hybrid car.
Simplifying these principles to the point where only three basic elements are introduced , one will be able to realize that the concept of an electric car, or a fuel cell car, for that matter, can basically be shrunk to three key details, i.e., the battery, which provides the car with electricity, the controller, in which the transformation of the electric energy into the mechanic one occurs, and the process of starting the motor, which, in its turn, was powered by the electricity produced by a battery. Thus, electric energy is transformed into a mechanical one inside an electric car (Goonan 4).
Discussion and Summary: Electric Cars in the XXI Century
Judging by the fact that the evolution of electric cars has gone as far as denying the basic premise for the concept to exist, i.e., the use of electricity as the key source for the fuel, electric cars have clearly become an integral part of the XXI century and a staple of the era. Indeed, the progress that electric cars have made over the past few decades is stunning.
First and most obvious, electric cars have reinvented the design principles that are traditionally accepted in the car industry. Since diesel cars, as well as more advanced hybrids, relied on the power of traditional types of fuel, it was natural that they took the shapes that presupposed a minimal rate of friction.
Indeed, for a hybrid or a diesel car, the specifics of the car surface defined such essential features of the vehicle as to the speed, the friction rate, etc. With an electric car, the amount of the consumed fuel does not seem to be an issue any longer, seeing how fast people managed to shift towards the futuristic and even ingenious designs of electric cars, which could look literally the way that their constructors wanted them to look like.
Finally, the issue of environmental awareness should be touched upon. Even though a range of environmental policies has been developed in order to protect the environment from the harmful effects of industries, tourism, etc., the effects of numerous negative factors are quite tangible in a number of “green” regions.
As a result, such a solution as an electric car seems the next most reasonable step to undertake after reconsidering the significance of the current industries and identifying the possible avenues of minimizing their threat. Even though electric cars remain unattainable for most of the population, the enhancement of their production shows that their daily use may become a possibility soon.
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Dincer, Ibrahim. “Hydrogen and Fuel Cell Technologies for Sustainable Future.” Jordan Journal of Mechanical and Industrial Engineering, 2.1 (2008), 1–14.
Goonan, Thomas G. “Effect of Electric and Hybrid Cars on Lithium Demand.” Lithium Use in Batteries. 2012. 4–5. 2014.
Green Car Congress. n. d. 2014.
Wu, Jinfeng, Xiao Z. Yuan, Jonathan J. Martin and Haijiang Wang. “A Review of PEM Fuel Cell Durability: Degradation Mechanisms and Mitigation Strategies.” Journal of Power Sources 184.10 (2008), 104–119.


Technology and society or technology and culture refers to cyclical co-dependence, co-influence, co-production of technology and society upon the other (technology upon culture, and vice-versa). This synergistic relationship occurred from the dawn of humankind, with the invention of simple tools and continues into modern technologies such as the printing press and computers. The academic discipline studying the impacts of science, technology, and society and vice versa is called (and can be found at) Science and technology studies.
The development in modern cellular phone technology, like increasing speed of phone processors, the use of touch-enabled screens, and the implementation of mobile internet access, are further examples of the cycle of co-production. Society’s desire for widespread, frequent, and easy access to communication lead to the research and development of an ever widening array of mobile phone capabilities. Access to these capabilities, in turn, influenced the way humans live. As the populace relies more and more on mobile phones, additional features were requested.


CMOS Image Sensors - Pixel Design Basics
August 11, 2023
This time, let’s talk about the most critical part of CISQ: pixels! It can be said that almost all CIS performance indicators are ultimately determined by the quality of the pixel design. Let's put it this way: the design of the readout circuit determines the lower performance limit of an image sensor, and the pixel design determines the upper performance limit of an image sensor!
There are many types of pixels, such as:
1. The most commonly used visible light is 3T, 4T, and 5T pixels. If you want to add more functions, such as global shutter (GS, Global Shutter), high dynamic range (HDR, HighDynamic Range), etc., you need to add more transistors;
2. X-ray is used for CTIA-based pixel of Photon Counting;
3. DVS pixel for Event sensor;
4. The SPAD pixel used for 3D imaging is often used as dToF (direct time-of-flight), and it is often used as the demodulation pixel of iToF (indirect time-of-flight); 5. Another example is infrared direct injection, CTIA, etc., bolometer Use the pixel of the resistance measurement;
6. In addition, there are TDI pixel, CCD 2/3/4-phase pixel and so on.
We have dozens of types of pixels for large categories. If we list all the pixels designed by humans, there may be hundreds or thousands of types. So it is impossible for us to enter all these pixels. The vast majority of CMOS image sensors Q (>95%) in the world are based on 2D imaging of visible light, so we only focus on 3/4/5T pixels here. If you have the opportunity to work in different companies, or do full custom design, then get in touch with more interesting things
First of all, let's understand a concept: Shutter. The shutter determines how and how much light enters the pixels, which also determines the image quality. The shutter can be divided into mechanical shutter (Mechanical Shuter) and electronic shutter (Electronic Shutter), and electronic shutter can be divided into rolling shutter (Roling Shuter) and global shutter (Global Shutter).
The mechanical shutter is composed of two shutter blades. Before exposure, the first blade covers the entire sensor, and then generally speaking, the blade is removed from top to bottom, and then the second blade is moved out from top to bottom after the exposure is started. , block the entire sensor, and the exposure ends. The moving speed of these two blades is very, very fast, almost up to 35kmh. So for a 35mm full-frame camera, the blade can allow the sensor to start or end the exposure in about 1/400s, so it can be said that all mechanical shutters are "Approximate" global shutter. So how does the mechanical shutter achieve a faster exposure time? This is relatively "simple", that is, when the first blade is not fully opened, the second blade has already started to move down to block, of course, there is a limit to this , the fastest is about 1/8000s. If you want a faster speed, you need an electronic shutter.
As shown in the picture below, you can see the difference between the rolling shutter and the global shutter in the electronic shutter. For rolling shutter, the exposure time of each row of pixels is at least separated by the reading time of one row of pixels. For example, it takes 10us to read a row, and we have 1000 rows of pixels, then the exposure of the first row of pixels and the last row of pixels starts/ The end time is about 10ms apart, so that when shooting sports physics, the image will be significantly distorted; correspondingly, the global shutter means that all pixels have the same exposure start and end time


Connect to more, see more and do more – with SG-System 5 Virtual Receiver
CONTRIBUTED BY TYCO SECURITY PRODUCTS
With every investment in equipment and systems, monitoring stations and integrators need to consider not just existing needs, but also projected future requirements. And, they need to look not just for core functionality but also for innovations that can help differentiate their service, save ancillary costs, and support revenue-generating services.
Sur-Gard’s SG-System 5 virtual receiver checks all those boxes, and more.
Reliability and scalability
SG-System 5 delivers an exceptionally flexible, reliable and scalable receiver solution for growing monitoring stations. It delivers utmost reliability through features such as integrated redundancy, which reduces and even eliminates the costs of downtime.
It builds on the legacy of earlier versions and offers a host of advances in several key areas.
New PSTN support
With the ability to monitor up to nearly 1.5 million IP cellular or Ethernet communicators, and a new PSTN line card and AHS table that supports expansion up to 1 million accounts, SG-System 5 ensures that the investment in the system will cater to growing requirements.
Robust support for visual verification
The SG-System 5 receiver supports visual verification, which significantly reduces the costs of false alarms and increases RMR. In the case of verified alarms, visual verification enables monitoring stations to provide first responders with more information.
Support for PowerSeries Neo intrusion detection systems visual verification features is built-in to SG-System 5. And, the receiver is compatible with SureView System IMMIX® Central Station (CS) and Command Center (CC) platforms, providing the ability to integrate SG-System 5 and PowerSeries Neo with 500+ video and access control partners of IMMIX.
Time and cost-saving automation options
SG System 5 features several flexible and scalable automation options: split-reporting, multi-port and logging, all of which reduce the need for manual setup.


When I signed up for Comcast High Speed Internet a couple years ago, I received a free cable modem and a free router, WBR-1310 after mail-in rebate. I have been using this router since then but somehow I have been constantly getting this wireless connection drops.
Sometimes it is good for days, sometimes it drops many times in a day. I tried to flash it many times with many different firmware, and even I tried a firmware for WBR-2310 since some others hacked the firmware to be installable on WBR-1310 since they use similar hardware. Also looked up many open WRT solutions including dd-wrt but since this router has a very small memory, there was not option to go that route either.
I have another router which I can use instead but somehow the other router does not seem to support DNS forwarding that I need in my network. While WBR-1310 forwards DNS request to DNS from ISP, the other router just assigns DNS from ISP in DHCP. This seems odd and I may be wrong. I need to double check.
Anyhow, I have had very bad experience with many D-Link products at home and at work.


What Could We Lose if a NASA Climate Mission Goes Dark?
Researchers are racing to replace the pioneering Grace satellites, which are threatened by both dying batteries and Trump-era budget cuts.
In late August, as Hurricane Harvey began smashing into the Texas coast, a flood of data began pouring in along with the catastrophic quantities of rainwater. It wasn’t from the nonstop news coverage on CNN and elsewhere; it was from the transmissions that lay behind it, in the pulses of information coming down from space. The National Oceanic and Atmospheric Administration’s geostationary and polar-orbiting satellites, crucial tools for monitoring big storms in the Gulf of Mexico, were capturing cloud formations, surface temperatures and barometric pressures, which were then fed into computer models tracking the storm’s strength and intensity. At the same time, NASA was using a group of satellites to keep tabs on soil moisture, flood patterns and power failures all over East Texas. In various ways, this torrent of data was being collected continuously from hundreds (or even thousands) of miles overhead, through radar instruments and spectroradiometer sensors and exquisitely calibrated imaging cameras. The machines being used aren’t household names — they go by acronyms like GOES-13, Modis and SMAP — but they demonstrate why the popular view of Earth as a big blue planet with only the Moon as its companion could do with some revising. We are also surrounded by a constellation of satellites spinning elliptical webs of environmental observation, day and night.


The Broadcom Gigabit Ethernet Adapters are a family of high performance PCI Express adapters. Designed for today's enterprise, the Broadcom 5720-based NIC adapter is the ideal solution for multicore servers, delivering full line-rate throughput across all ports. The Broadcom 5720-based dual-port 1GbE NIC is the solution of choice for such environments, providing a reliable, high-performance, energy-efficient 1GbE connectivity solution.
|Data Transfer Rate ||1GB/s|
|Data Link Protocol||Gigabit Ethernet|
|Interface Type||PCI Express x1|
|Form Factor||PC1e LP|
|Cable Connector Type||RJ-45|


Google on today (04/10/2017) is expected to unveil its next generation of Pixel smartphones that will use the company’s search capabilities and data across its popular apps.
The new phone may not match some of the bells and whistles of Apple’s new iPhone X, such as a way to unlock the phone through facial mapping and an edge-to-edge display, several analysts said. But the phone is expected to come in below the $999 price tag of the X.
The Mountain View company began selling Pixel phones last year, with mixed results. While analysts generally praised the phone’s usability, shipping times were as long as six to eight weeks because it was only sold in a few locations, and demand outstripped supply. Pixel phones represent less than half a percent of the global smartphone market that is dominated by competitors like Samsung and Apple, which control 21 percent and 14.5 percent respectively, according to research firm IDC.
Analysts expect Google to unveil other new devices, including a smaller version of its Internet-connected speaker Google Home. It will also show a new version of Daydream View, its virtual reality headset that works with smartphones, today.
Google recently underscored its commitment to building its own devices by announcing plans to spend $1.1 billion to acquire roughly 2,000 employees from Taiwanese tech firm HTC. The acquisition caught some people by surprise after Google had sold its Motorola Mobility business three years ago.
“If you have control of the software and hardware, you have better control of your destiny,” said Ramon Llamas, an IDC research manager.
Google will hold the event today at San Francisco.


Product Name:2016 NEW Quality Wireless WiFi Video Doorbell EBELL ATZ-DB003P For iOS And Android Smartphone 174*96*63mm HOT
2016 NEW Quality Wireless WiFi Video Doorbell EBELL ATZ-DB003P For iOS And Android Smartphone 174*96*63mm HOT
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Wifi doorbell connects to network via wifi router.
Mobile devices include smartphone or tablet, could connect to the doorbell.
After the visitor rings, mobile devices coulde interact with doorbell via real time video and audio, unlock, take photos, take videos, and alarm.
Answer the doorbell by smartphone, when someone press the doorbell, unlock the door from your smartphone on APP.
Don't worry forget the your key, you can open the door by your smartphone.
The camera has night vision and motion detection, when some strangers wander at your door without notice, you will get an alart sent from doorbell.
Real-time alarm and proactive monitoring, ensure your security.
Support 8 mobile devices can work at the same time.
It is made of high quality, very durable.
CPU: RT 5350
Mobile Software: For iOS and Android
User: Administrator & 7 Users
Sensor: 1/5 CMOS
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Resolution: VGA(640*480), QVGA(320*240)
Plug type: US
1 x EBELL ATZ-DB003P Video Visual Doorbell
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Satellites continuously provide a huge amount of data that are still underused by numerical forecast systems. In particular, the dynamical evolution of certain meteorological or oceanic features (such as eddies, fronts, ...) that the human vision may easily detect is not optimally taken into account in realistic applications of data assimilation.
Recent work has been conducted to develop methodologies for
assimilating such data into numerical models, and today two different
approaches are under study:
- indirect technique:
Indirect technique provide apparent velocity fields which are assimilated as classical observations. These measurements are obtained by certain external procedures (motion estimation) which are decoupled with the considered dynamical system.
- direct technique:
The image sequence is considered as an observation in the assimilation scheme. This technique may use the pixel basis of the image but higher levels of interpretation (e.g. a multi-scale decomposition or a description of contours) can also be used. Adapted observation operators have to be specified in order to link model state vector to the structured information contained in the image sequence.