Samsung Galaxy S9 Specs Will Surely Secure Samsung’s Position at the Top of the Ladder
At this moment in the world of smartphones, news and updates have been coming regarding the probable specs and features of the smartphones which are going to come out before the end of the year. Along with those, there are also few updates which have hinted at the specs and features of the devices which will be launched in the coming year as well. One such device is the Samsung Galaxy S9. And being the flagship device there is a constant flow of rumors and speculations. And the latest Galaxy S9 specs which have been revealed, if turn out to be true, will surely make it one of the best devices of the coming year.
Samsung has long managed to stay within the top three of the best smartphone developers across the world for a considerably long time. And it is going to lengthen further, and that can be estimated. This is because it has come to the fore that Samsung Galaxy S9 will be out on the market in two different variants. One of those will have the next-generation processor from Qualcomm (most probably the SD 845) while the other one will have the in-house Exynos chipset. Both these chipsets can be regarded as the best ones available at this moment. So there is no doubt that this device will give its competitors minimum opportunity to challenge its supremacy.
This is the under-the-hood Galaxy S9 feature that has come to the fore. However, there are quite a few other things about the device as well which will make the fans of Samsung really excited. The display is one of those features definitely. It is speculated that Galaxy S9 will have similar screen dimensions as that of the Galaxy Note 8. So, one can expect that the ‘Infinity Display’ is going to be a part of the specs of Galaxy S9.
Along with the high-end display, Galaxy S9 is expected to come with the fingerprint scanner as well. And the experts believe that this time round, Samsung will place the fingerprint scanner at a much more favorable position. In the Galaxy S8, it is too close to the camera. And of all that has come out regarding the specs of Galaxy S9, the one which states that the device will have explosion proof ‘solid-state batteries’ makes the fans really pleased. After all, none can forget the Note 7 fiasco.
However, it should be mentioned that more news and updates regarding the Samsung Galaxy S9 specs are going to come out in the future days. This is because we have a long time to go before the estimated release date of the Galaxy S9. And in this period, all we can do is wait and watch.


|Front : QHD (2560x 1440)/ Rear : FHD (1920x 1080)Resolution|
|Front 4 Mega Pixel CMOS Image Sensor|
|Front @30fps / Rear @30fps|
|High performance A7 CPU|
|Wi-Fi : Live view / Playback, menu setting on Smartphone|
|Various recording mode|
|Safety protection function(overheat, low voltage, etc.)|
Next time you need a mechanic in Moorabbin to assist with car camera installation, choose Motor Junction. In addition to offering a car vinyl wrap service for car wrap near Moorabbin, we’re also capable of installing cameras such as the CLS-740.
High performance 4-megapixel Camera Chip sensor in a native 16:9 format designed for
next-generation surveillance and security systems.
Connect your smart device to CLS-740 with the Wi-Fi. You can easily control, manage files,
and configure the settings of your DASH CAM from your smart device with WINYCAM App.
With the WINYCAM Mobile app, the CLS-740 allows you a convenient viewing of real-time recordings
as well as downloading, accessing, or deleting recorded videos on your mobile phone.
ADAS(Advanced Driver Assistance Systems) systems to help the driver in the driving process.
When designed with a safe human-machine interface, they should increase car safety and more generally road safety.
※If you purchase an SD card from a third-party, A/S will not be eligible.
Also, We are not responsible for any problems caused by using third-party SD cards.
LDWS are designed to warn a driver when their vehicle begins to unintendedly move out of its lane.
Inform the driver when the front vehicle moves
forward at stopping speed.
Capturing video in extreme low-light conditions such as dimly lit parking lots and streetsoften results in recording of poor quality video or in many cases, complete darkness.
Effective memory management without SD card format
There is changed from the existing time division method(file fixed size)to space division method(using SD card efficiently) which is prevented the memory fragmentation in advance and the memory card life is extended.
※If you purchase an SD card from a third-party, A/S will not be eligible.Also, We are not responsible for any problems caused by using third-party SD cards.
Provides a dedicated viewer,
and playback on the commercial video player program can be available.
With a external GPS(option) , embeds speed, time and location data to the recorded videos to give you all the crucial information you need after an incident.
The user can also review their driving route and history with the integrated maps function in the WINYCAM PC viewer. It is possible to detect a collision on X, Y, Z axes of the G sensor on the PC viewer and it is available to check the driving information with the Google map on PC viewer.
GPS Information : Satellite and Interlink / Google Maps, Vehicle Information Recording G sensor information : recording XYZ axis shock direction
Watch WINYCAM video clip just like watching movie.
maximum 30fps on 1920 *1080 high-definition
[number of frames can be changed depending on the type of recording]
|CPU||ARM Cortex A7 core|
|Memory||1Gb Serial NAND|
|RAM||256 MB DDR|
|Camera||Front : OV4689
Rear : IMX323
|Image Quality||Front : QHD (2560x 1440)
Rear : FHD (1920x 1080)
|Memory||Micro SD Card (up to 128GB opt)|
|View angel||Front : 110° (H) X 60° (V) X 130° (D)
Rear : 102° (H) x 54° (V) x 120°(D)
|GPS||External GPS Module (Option)|
|Power Input||DC 12V~24V|
2.5F@5v(5F@2.7V x 2ea)
|G-Sensor||3D Shock Sensor|
|Video Output||NTSC / PAL|
|Voice Recording||Built-in high sensitive microphone|
|Voice Guidance||Built-in speaker|
|Video Compression||H.264 / AVC|
|High Temperature Cut-off||70℃, ±5℃|
|Cut-off voltage||Built-in (6 steps setting)
: 11.4(23.1) / 11.6(23.4) / 11.8(23.7) /
12.0(24.0) / 12.2(24.3) / OFF
|Operating Temperature||-20℃ ~+60℃|
|Storage Temperature||-30℃ ~+80℃|
|package||CLS-740 Body, Bracket, Hardwire Power cable,
Rear Camera cable, Micro SD Card, SD Card Adapt
|Option Accessory||External GPS, Cigar lighter cable|


Tasslock Navigator is a new technology GPS tracker with 4G connectivity. Which enables users to track anything, anytime and from anywhere.
Tasslock Navigator offers live tracking of your vehicle from anywhere in the world. It can be used widely in Car, Motorcycles, Trucks, Buses, Heavy moving machineries, water crafts and so on.
World’s first GPS tracker with inbuilt microphone. Users can hear anything going on inside the vehicle.
Engine cut off via app or SMS
Tasslock Navigator offers a wide range


Download Netgear Mr814v2 Update
Download netgear mr814v2 update. Find support for your NETGEAR MRv2 wifi router including guides, troubleshooting articles, the latest firmware updates, and much more today. Follow the onscreen instructions to update the firmware on your device.
Note: If you see a Release Notes link, click it to see what was updated on this release. Last Updated/30/ |. NETGEAR regularly releases firmware updates to improve product performance, add features, and enhance security. To ensure that new features are available on your router, make sure that it's running the latest firmware. The simplest way to update the firmware on your NETGEAR router is with the Nighthawk app. NETGEAR MRv2 Cable/DSL Wireless Router Firmware was collected from NETGEAR official site for NETGEAR Network.
In order to ensure the right driver download, Official driver links from NETGEAR are listed at first. Netgear MRv2 Firmware Free Trial Driver Booster 6 PRO (60% OFF when you buy) Netgear MRv2 Firmware DOWNLOAD NOW. 7, downloads. Netgear MRv2 for Mac. Netgear MRv2 for Mac. Free NETGEAR Mac OS Classic/X /X /X /X Version _05 Full Specs. Visit Site External Download Site. Hello My Netgear MRv2 is on german firmware, where i can find latest english firmware.
Thanks in advance. × We are experiencing an outage with Chat Support. NETGEAR offers the following features to help you maximize your use of the MRv2 router: • Flash memory for firmware upgrade • Free technical support seven days a week, twenty-four hours a day Reference Manual for the MRv2 Cable/DSL Wireless Router Introduction After logging in to your NETGEAR router's interface, click on ADVANCED -> Administration -> Router Update.
Select the appropriate initial flash file from your computer, and proceed with the upgrade. DO NOT unplug or power down the router during this process. It may take a few minutes. At NETGEAR we turn ideas into innovative networking products that connect people, power businesses & advance the way we live. Easy to use. Powerful. Smart. NETGEAR MRv2 - wireless router - b - desktop overview and full product specs on CNET.
Re: WNR and MRv2 as repeater With a quick Google search, I discovered the MRv2 is an old router (by today's standards) based on b standards that maxes at 11 Mbps. It is unlikely that it supports Wireless Distribution System (WDS), which is required for repeating, but you can still verify that by checking the manual. netgear mr free download - Netgear MRv2, NETGEAR Genie, NETGEAR Genie, and many more programs. Hi There, I am still facing with slow websurfing with my vngr.school592.ru it something to do with windows XP auto-update which might have happened in the past few days.
Netgear Wireless Router MRv2 Visit the NETGEAR Store. out of 5 stars 1 rating. Available from these sellers. This fits your. Make sure this fits by entering your model number. Four port 10/Mbps LAN 10Mbps Internet port b 11Mbps wireless supporting WEP EncryptionReviews: 1. Re: NetGear Mrv2 by R. Proffitt Forum moderator PM PDT The neighbor's netgear needed a firmware update, then he had to configure the wireless to turn it on and enter a network. Now I already own an MRv2 and was wondering if I can setup the MR to act as a repeater, or something that operates on the same network communication with the ME that would allow me to walk all over the house without losing a connection.
Netgear MRv2 - Should I get a new router. Quote #1; Sun pm. Hello- No software update available fixed it. I even posted about it a while back with no answers from ROKU. So I decided to spring for a new router and now everything works great. I got the Linksys WRT54G after reading some posts here from ROKU personnel. NETGEAR MRv2 Reference Manual pages. NETGEAR MRV2 User Manual 45 pages. Related Manuals for Netgear MR v2.
Wireless Router Netgear MR Reference Manual. Wireless router ( pages) Wireless Router Netgear MRCN Technical Specifications. 4-port cable/dsl ghz wireless router with 10/ mbps switch (2 pages). For all troubleshooting, Netgear uses the vngr.school592.ru web app. So you'll need to point a web browser there while connected to the network your router is broadcasting. Netgear Provides 24x7 Telephone And E-mail Technical Support* In English With Selected D-mrv Bd Environmental Specifications: Operating Temperature: 0to 40c ( if you have an mrv2 then you will have to open it to connect an external antenna.
you need to choose which type of connector you want. I recommend N-type. then desolder the netgear antenna and solder a 50ohm coaxial cable to the place where you desoldered the old antenna.
crimp/solder the N-type connector onto the coaxial cable. x - Lect 24 - Rolling Motion, Gyroscopes, VERY NON-INTUITIVE - Duration: Lectures by Walter Lewin. They will make you ♥ Physics. Recommended for you. the router i have is NETGEAR MRv2 thanks for your reply, but how do i choose that setting DHCP?
I'd be inclined to go to the Netgear site and enter the router details. online from vngr.school592.ru or by phone. There is a short glossary available on page 16 to help answer any questions you have about terminology. A more extensive glossary can be found in the Reference Manual. 1 Wireless Router MR NETGEAR.
Get login details for any Netgear WiFi router. Details like IP addresses, usernames, and passwords are available. Log in to Netgear web-based configuration utility with these details. Download NETGEAR USB Media Extender from our software library for free. NETGEAR USB Media Extender lies within System Utilities, more precisely Device Assistants.
The following version: is the most frequently downloaded one by the program users. The file size of the latest downloadable setup file is 9 MB. I have an MRv2 that I am using as a WAP and it cannot do WEP without crashing, even though I am not using the router side of the unit.
Sad. actions Oct-2 pm cechino. Voxel's NETGEAR R Custom Firmware (SF) 6/14/ Other Firmware for R/RP: Voxel's NETGEAR R Custom Firmware (HF-HW) 6/14/ Other Firmware for R R DD-WRT Kong Summer Firmware Update: 6/8/ DD-WRT for R R DD-WRT Kong Summer Firmware Update: 6/8/ DD-WRT for R RP DD-WRT Kong. This firmware is based on MRv2 latest firmware version. V_06 (8/12/): MRv3 firmware update, which adds the WPA-PSK function, in wireless page.
It will put on NETGEAR web site for download. I have a Netgear MRv2 router, maybe 5 or 6 yrs old. I have DSL. I tested speeds with and without the router.
Results: 1. With router - Download = Mbps - Upload =60kbps 2. Without router - Download = Mbps - Upload = + kbps Is the router to be blamed? Has it gone bad? or needs updates? NETGEAR Default Passwords (Valid December ) Below is a list of default usernames, passwords, and IP addresses for different NETGEAR models. If you don't see your NETGEAR device listed here, the listed default data doesn't work, you need help changing the password once in, or have other questions, more help is below the table.
NETGEAR, Inc. wireless products that had their Wi-Fi certification approved before August, will have one year to add WPA so as to maintain their Wi-Fi certification. Page Changes To Wireless Network Adapters So, to update you Windows wireless client, all you have to do is obtain the new WPA-compatible driver and install the driver.
By default, the Netgear router provides your attached computers with the DNS server as the same address as your gateway, usually which may your result in an inconsistent connection and "time-outs" trying to resolve the URL.
3. If the signal is weak or you are unable to login to your router, make sure you are actually connecting to Reviews: NETGEAR MRV2 REFERENCE MANUAL Pdf Download. NETGEAR, Inc. Great America Parkway Santa Clara, CA USA Wireless Router Setup Manual Wireless Router Setup Manual - Netgear. Comcast -> Modem -> Smoothwall Firewall -> Switch -> MRv2 and other wired PCs. Now, the reason I have it setup like this is so that the Smoothwall firewall can properly filter the internet traffic, and I can control it more than the Netgear router's simple nat filtering.
I use the Netgear MRv2 to provide wireless access to my laptop. I have two Dell Latitude Ds that I want to be able to connect to a Netgear MRv2 wireless router. One D has an intel BG adapter and the other (newer) has a Dell/Broadcom WLAN. The Intel BG used to connect but in order to get the newer PC to connect, I needed to update. Check out the helpful links below to fully maximize your WiFi router:Installation assistant is only supported on the following routers:WNRv3 (N)WNR I have an MRv2 and had the same problem you describe when I first used AirPort Extreme with it.
The fix was trivial: a firmware update from Netgear’s website. The firmware version I’m using now says “V_05” in the unit’s management interface. Good luck with it. Netgear Mr User Manualbookshelf before you can sort books by country, but those are fairly minor quibbles.
Netgear Mr User Manual About This Manual xi Preface About This Manual Congratulations on your purchase of the NETGEAR ® MRv2 Cable/DSL Wireless Router. The MRv2 router provides connection for multiple Page 4/ OpenWrt is a Linux-based firmware originally limited to the Linksys WRT54G series, but over time expanded to include other chipsets, manufacturers and device types, including Netgear, D-Link, Asus routers and many others.
OpenWrt primarily uses a command-line interface, but also features an optional web-based GUI interface. Having some problems with this, from what I gather with the problems people are having with the MRv2 and the truemobile cards, I think I could be hitting something similar. I have the intel minipci card. I get connected to the router fine, and the connection is stable and fast.
Then after. Channels: first # refers to downstream channels, second # refers to upstream channels (e.g. 16×4, means 16 downstream channels and 4 upstream channels) The more channels, the faster the speed.
Max Speed: refers to the theoretical maximum download speed. VoIP: indicates if the modem has telephone capability. WiFi: indicates if the modem has WiFi capability. So let’s say you’re trying to wirelessly connect an Airport Extreme system to a Netgear MRv2 access point, but you find that it can’t or won’t do so.
You’ll be able to see the SSID from the access point, and even to manually configure your networking so the Mac thinks you’re connected to the Internet, but when you try to go. So far the Netgear MRv2 firewalled, DSL router, WIFI access point seems to rock What would be a really nice feature would be for the router to do an auto update check with their website and email you if there's new firmware available (it can already email the security logs, so adding this wouldnt be so big a deal).
Return to the NETGEAR installation assistant and follow the prompts to finish setting up your extender as an access point. Connect a Device to the Extender Network After you complete the setup process, you can connect all your devices to the new extender network using a WiFi, wired, or WPS connection.
This problem was happening and Windows Update offered a new driver for the Realtek, so I updated, but there's been no change. I disabled IPv6 and uninstalled Bonjour, those haven't helped.
My router is an old Netgear MRv2 with the latest firmware (last update was ), so I am replacing that with a new Linksys WRT54G2 that should be here in.


The IEEE Electronic Design Competition, which is held annually in order to boost the interest about electronic design among engineering undergraduates in Sri Lanka, was held on 28th of October at four premises of the University of Moratuwa, University of Peradeniya, University of Ruhuna & Wayamba University of Sri Lanka.
The competition ran from 8.30 a.m. to 4.30 p.m. for a duration of 8 hours within which the competing teams were assigned a design task. More than 50 teams of undergraduates competed for the award. Dr. JMJW Jayasinghe was the Coordinator of the IEEE Electronic Design Competition 2017. The competitors were invigilated throughout the competition and judged by university academics and industry professionals.
Winners of the IEEE Electronic Design Competition 2017 are as follows.
First place: University of Moratuwa
Pawan Supul Samaratunga
Isara Subasana Fonseka
Second place: University of Peradeniya
Third place: Wayamba University of Sri Lanka
These winners will receive cash prizes along with certificates at the IEEE Sri Lanka Section Annual General Meeting. All the other participants will receive certificates of participation through their respective Student Branches.


The latest on the iPhone X model’s latest leaks look like we’re going to have a new iPhone X 120 hertz screen panel. The new button is the actual power button on the side and this allows you to use your finger to unlock the actual iPad.
iPhone X Specifications
It has been rumored why the iPhone X won’t have a lightning port wired charging or the ability to connect wired to a computer. But there’s one issue across the board and that is a lack of a 120-hertz fresh rate display. About the iPhone 10 design and specs and the iPhone release date and price predictions, the four iPhone handsets are excellent smartphones
Many of us who have tried 120 hertz on our android people love that smooth screens transitions of scrolling and sharp gameplay with playing 3d games. We’re expecting bigger batteries in the next iPhone X models, coupled with the new 120-hertz display panels. It is looking likely the iPhone 9 smartphone. We’ll actually be getting we just saw the addition of a lidar sensor added to the iPhone X pro and the iPhone X pro max.
The iPhone X Price in Pakistan
The phone or we could finally see an upgrade to a bigger periscope optical zoom of five mess. But perhaps it’s time apple looked to increasing its cameras resolutions beyond 12 megapixels with their bigger sensors inside. For example to catch up with the android phone. For iPhone X colors we’re expecting the same colors as the iPhone 9 however we may see another new color introduce something that Apple seems to be doing every year now is introducing a new color to their matter for all their new models.
|DIMENSION||143.6 x70.98 x 7.7 mm|
|SIM||Dual Sims, Dual Standby, Nano Sim|
|COLORS||Space gray, silver|
|BUILT-IN||64/256GB built-in, 3 GB RAM|
|TECHNOLOGY||Super Retina OLED Capacitive Touchscreen,16M Colors, multi-touch|
|RESOLUTION||1125 x2436 Pixels(~458 PPl)|
|MAIN||12 MP, f/1.8, 28mm (wide), 1/3″,1.22µm, dual pixel PDAF, OIS 12 MP, f/2.4, 52mm (telephoto), 1/3.4″, 1.0µm, PDAF, OIS, 2x optical zoom|
|FRONT||Dual 7 MP 32mm camera,(wide)|
|BLUETOOTH||V5.0 with A2DP, LE|
|DATA||GPRS, edge,3g(HSPA 42.2/5.76 Mbps),4g LTE|
|AUDIO||Lightning to 3.5mm headphone jack adapter|
|CAPACITY||(Li-Po Non-removable), 2716 mAh fast and revers wireless battery charging|


Today, we honor the group of friends who made the personal computer a necessity and Silicon Valley THE place for tech companies to go to flourish. On March 5,1975, The Homebrew Computer Club met for the first "official" time in the garage of Gordon French. Its members were the pioneers of our current digital landscape.
The Homebrew Computer Club is where Steve Jobs (left) and Steve Wozniak (right) worked together and began developing the first Apple computer.
(Photo found online: Melina, Joe. Steve Jobs and Steve Wozniak with Apple-1 computer. 1976. Computer History Museum, computerhistory.org)


For most Business enterprises, the business decision to choose between the most feasible technology is often a difficult one. This is primarily because there is a significant difference between the two technologies, Cloud computing and Virtualization which in turn has considerable impact on your business operations in terms of implementation and manipulation. Although the two technologies are said to be similar as cloud computing stems through virtualization but there are vital underlying differences and here we tend to highlight those in order for you to make informed decisions regarding choosing the best option for your enterprise.
Virtualization is basically the system software that is being used by many small and large organizations now to maximize resource utilization efficiency in business operations and reduce IT costs. It is a technology that uses a single hardware platform to support multiple computing environments or in other words, it utilizes a single server to run multiple user applications and operating system software thus reducing IT costs and enhancing efficiency of current hardware resources.
Virtualization uses the software known as VMM or Virtual Machine Monitor to separate the computing environment comprising of servers, computers and storage from the physical layer. Using this software you can create multiple server instances or environments on a single server called ‘virtual machines’ that greatly maximizes the capability and utilization of existing server apart from reducing operational costs. This will enable effective utilization of resources and allow the virtualized server to support more user applications and each instance to run its own operating system.
Moreover, virtualization can be used to create a virtualized storage medium with larger capacity along with data flowing in from multiple storage devices. This can be used as a central repository of data available to everyone on the network. This greatly minimizes the need for additional hardware and helps you cut down on Operational Expenditure (OPEX).
What’s Cloud Computing?
Although many believe the two technologies, cloud computing and virtualization to be similar but in fact they both are not interchangeable and provide different services. Virtualization is the basic technology that cloud computing thrives on. Using cloud computing, shared computing resources are provided as per requirement using the internet. Cloud computing uses the virtualization platform to provide such a service. Virtualization helps to add more value to cloud computing technology. Cloud Computing helps many organization access a single user application.
Companies use Cloud computing service providers to support their IT requirements and demands, hence reducing costs and resource requirements.
Private Cloud Computing
The best advantage of virtualization can be seen from the implementation of private cloud computing where it works together with cloud computing to provide computing and consumption services. Companies can have their own private cloud based infrastructure as opposed to a public cloud which can be used to provide more flexibility and optimized management of user systems apart from cloud computing features.
Virtualization is best suited for organizations that are looking towards optimized CAPEX or capital expenditure and who prefer higher security and control over IT system integration. It has the following benefits as compared to cloud computing:
- Efficient Utilization of Resources: Virtualization greatly helps to increase the capability and capacity of existing hardware, thereby maximizing the utilization of resources.
- Multiple Computing Environments Support: It enables multiple computing environments to be set up on a single server. Each computing environment can run its own operating system and multiple user applications are supported by the same hardware.
- Reduced Operational Cost: Virtualization greatly helps in minimizing your total cost of expenditure (TCO) because direct IT costs related to additional hardware are reduced and expenditure related to management and administration of your infrastructure becomes a part of your IT budget.
Cloud Computing Advantages
Cloud computing is most suited for organizations that focus on optimized OPEX, operational expenditure and have fewer resource and security requirements. It has the following benefits:
- Minimal Administration of IT Infrastructure: For organizations, deploying cloud computing technology the administration, management and routine care of IT systems is not a concern as it becomes the responsibility of the cloud computing service provider and reduces costs.
- Easy to implement and Pay as per requirement: A cloud-computing network is quick and easy to implement. Moreover, you only need to pay for the resources you require and when you utilize them.
- Optimized OPEX: Administrative overhead and operational costs are greatly reduced as most administrations and management is left to the service provider. Also, you only need to pay for resource that you need and the amount that you use.
What Solution is best for your Business?
While Virtualization is the best solution for many enterprises, other businesses can choose to use cloud computing depending on their financial requirements, security and integration needs. It is important to evaluate your business needs and requirements to choose the best solution most feasible for your enterprise.
Latest posts by Sadaf Ajmal (see all)
- Virtualization Vs Cloud Computing- How are they Different? - March 1, 2014
- The 2014 Cloud Computing Forecast - February 22, 2014
- Key Requirements for Business Voice-Over-IP (VoIP) - February 18, 2014


Published: February 22, 2018 1:34 am
The Department of Telecommunications has issued norms for a 13-digit numbering plan for SIM-based machine-to-machine (M2M) communication devices. However, the new plan, which is to be implemented by telecom operators by July 1, will not impact the existing mobile phone users and is only meant for M2M equipment.
Bharat Sanchar Nigam Ltd in a letter earlier this month to its network vendors, said that in a meeting convened by DoT on January 8, “it was decided that 13-digit M2M numbering plan will be implemented from July 1, 2018” and that all new M2M connections will be allocated the new 13-digit plan from the stipulated date. A senior DoT official confirmed the development.
“There is no change in mobile numbering plan which remains 10-digit. BSNL is preparing for machine to machine communications where in 13-digit numbering scheme shall be used to connect billions of machines,” a company spokesperson said. However, the SIM cards currently in use for M2M devices that have 10-digit numbers will have to be migrated to the 13-digit plan between October 1 and December 31.
M2M communication is used for controlling several devices such as surveillance cameras, driverless cars, smart electricity meters, etc over the internet.
The DoT had first announced the norms for the 13-digit mobile number for SIM cards to be used in M2M communication devices back in 2016.


We are a group of condensed matter experimentalists in the Department of Physics at Fudan University, Shanghai, China. Our research focuses on the electronic properties of two-dimensional (2D) materials. Since the discovery of graphene in 2004, 2D materials have been at the forefront of material research. Vast opportunities arise on two fronts. Firstly, reduced dimensionality often leads to novel material properties that are different from those in the bulk. Secondly, the entire crystal is a surface, whose material properties can be fully controlled with a gate.
We have been developing new fabrication techniques to isolate/synthesis novel 2D materials, and probing their quantum mechanical behavior using two complimentary experimental techniques: electronic transport and scanning probe microscopy. The combination of the two techniques provides a full view of the quantum mechanical properties of these 2D materials on microscopic and macroscopic scales.
In particular, we are interested in the following topics:


5G Deployment and FCC Regulations
What municipalities need to know
As we approach the end of 2021, it is likely that many municipalities have received at least one, if not dozens or even hundreds, of applications to deploy small wireless facilities, or small cells, in local rights of way and on public property. These small cells are a significant component of wireless providers’ efforts to deploy 5G—the fifth generation of wireless network technology. The potential benefits of 5G are exciting, promising to enhance everything from the delivery of municipal services to remote healthcare to personal entertainment, not to mention new applications we cannot yet fathom.
To continue reading this article, visit page 24 (with subscription).


Robots are a very popular concept in today’s world. Though not everyone can have their very own real robot to do their bidding, people can build a virtual robot online. The beauty of simulated robots online is that they are available anytime, any day or night. Simulated robots are never stepped on or chewed up by family pets. When a person is using the lego mindstorm simulator, they are learning as they work on their robot design. Using a learning program like the Virtual Robotics Toolkit gets students excited about learning.
The Virtual Robotics Simulator can be a very valuable educational tool. Students can struggle to learn about programming out of a dry textbook, or they can learn about programming while they build a simulated robot online. They can also learn other STEM subjects such as science, engineering, mathematics, and technology as they build and program simulated robots online individually or in teams. This project can help students understand how the physical concepts of motion and force interact in real life. Learning can become more interesting in middle school and high school. Classes such as math, computer science, and physics can use a Virtual Robotics Toolkit program to help the students quickly design, program, and prototype a robot.
To get started, a class can import unique robot models from several popular CAD tools like LEGO Digital Designer and start experimenting with robot customization, programming, and operation. Since these robots are all virtual, they require no shelf space for storage in the classroom. Individuals or teams can build and program robots in a competition. When working in digital space, students will have more freedom to create specialized robots mixing and matching bricks and virtual robot creator parts out of various virtual kits. The partially built robots sit safely online between work sessions. The robots live on as files on the computer. When it is time to work on the robot projects, students simply upload the file online and begin work. These files can be shared by team members and with friends around the world.
A student using an online or virtual robot builder is not using costly materials to get started with robotics. The great thing about virtual is the lack of cost of materials. A student can inexpensively be introduced to the field of robotics, and in the process learn some basics in strategy, engineering, planning, working with a team, programming, math, and science. Working on a virtual or simulated robot that can be downloaded to a file and taken home to do additional work on has great possibilities. For more information, visit the website soon.


To help you out, AMD and our memory partners have worked together to deliver the Ryzen™ processor memory compatibility list. If a kit is included in our list, it has passed a battery of tests on multiple systems as verified by the memory manufacturer, as capable of running at the speed and latency as listed on the box.
AMD Ryzen 7 2700X Processor with Wraith Prism LED Cooler. First, the good news: AMD’s doing away with the frightful hodgepodge of motherboard platforms to unite around the AM4 socket with Ryzen.
AMD designed this to make the interface easier and to increase compatibility among CPUs. LGA 1151 is Intel’s latest socket, which supports Kaby Lake, Skylake, and Coffee Lake when it comes to deciding what processor to buy. “AMD processors must use motherboards with an AM4 socket in order to be compatible.”.
What RAM is compatible with AMD Ryzen 3000? We’ve been seeing this question around quite a bit, but RAM compatibility actually relies on your motherboard, not your CPU. So we’ll say this: If you get a Ryzen 3000, you’ll need a motherboard with an AM4 socket. Modern motherboards with that socket typically recommend DDR4 RAM.
This article will recommend the best MATX motherboard for Ryzen 7 5700G to ensure you get the most from your APU. MSI B550M Bazooka V2 is the best MATX motherboard to use with the Ryzen 7 5700G. This motherboard is great value for money and compatible with many aftermarket CPU coolers.
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Check out the Ryzen™ Processor Overclocked Memory Compatibility List to assist in choosing tested and supported RAM for 2nd and 3rd Gen Ryzen™ Processors! ... This may also void warranties offered by the system manufacturer or retailer or motherboard vendor. Users assume all risks and liabilities that may arise out of overclocking memory.
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AMD Ryzen 9 5950X is a 16-core processor running on the AM4 platform. This processor is part of the 5000 Series, requiring a 500-series motherboard, namely the A520, B550, and X570. We rounded up.
ASUS, ASRock, Biostar, Gigabyte, and MSI are the first manufacturers to confirm support for the Ryzen 5000 Zen 3 CPUs support on their A520, B550, and X570 motherboards. The X570 is the current AM4 flagship chipset and powers the best AMD motherboards in the market with full PCIe 4.0 support. B550 motherboards are affordable compared to X570.
AMD Ryzen 5 2400G motherboards. The list of motherboards, compatible with the AMD Ryzen 5 2400G microprocessor, is based on CPU upgrade information from our database. Although for each board we provide PCB and BIOS revisions that support the processor, this page is updated less frequently than individual motherboard support pages, therefore we.
The list of motherboards, compatible with the AMD Ryzen 5 2400G microprocessor, is based on CPU upgrade information from our database. Although for each board we provide PCB and BIOS revisions that support the processor, this page is updated less frequently than individual motherboard support pages, therefore we encourage you to visit those page as they may.
As for AMD, the latest Ryzen 5000 processors didn't launch with an all-new chipset: they were designed for AMD's existing 500 series chipsets, which already worked with the Ryzen 3000 family. They're also compatible with some older 400 series chipsets after a BIOS update, but this will vary between motherboards and manufacturers, so be sure.
The B450 platform is still great for 3rd Gen Ryzen, and you also get most of the necessary features here. It is the cheapest motherboard for Ryzen 7 3800x. The memory support on this board is great as it can handle memory up to 3533 MHz, and you can also overclock your memory too in order to get the best performance.
Our motherboard compatibility list shows which Noctua CPU coolers are compatible with which motherboards. We indicate if optional mounting upgrade kits are required and if there are any restrictions such as when the heatsink overhangs the top PCIe slot. Please use the filters and search field below to find the motherboard you are looking for.


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February 19, 2024
IoT IN THE DIE CASTING INDUSTRY: TOWARDS A MORE EFFICIENT AND CONNECTED 5.0 FUTURE
The Internet of Things (IoT) is revolutionising the industrial landscape, offering new opportunities to improve the efficiency, productivity and safety of production processes. In the die casting industry, the IoT represents a significant step towards creating smart, connected foundries that can adapt in real time to changing market needs.
How can the IoT be applied to the die casting industry?
The applications of IoT in this industry are many and varied. Here are some examples:
- Real-time monitoring of process parameters: Smart sensors can monitor critical parameters such as metal temperature, injection pressure and mould filling speed in real time. The collected data is transmitted to a centralised system for analysis and visualisation, allowing precise process control and early identification of any anomalies.
- Predictive maintenance: Analysis of the data collected by the sensors can be used to predict machine failures and malfunctions, allowing predictive maintenance to be planned and downtime to be minimised.
- Remote machine control: Die-casting presses can be controlled remotely via connected devices, allowing greater flexibility and productivity.
- Production process optimisation: Analysis of production data can help optimise the production process, identifying areas of inefficiency and suggesting solutions to improve efficiency.
- Product traceability: IoT can be used to track the production of each individual part, ensuring product traceability and regulatory compliance.
What are the benefits of IoT for the die casting industry?
The implementation of IoT in the die casting industry can lead to a number of significant benefits, including:
- Improved production efficiency: Data analysis and real-time control of process parameters can reduce cycle times, increase production and improve product quality.
- Cost reduction: Predictive maintenance and failure prevention can reduce maintenance and repair costs.
- Increased safety: Real-time monitoring of process parameters can help prevent accidents and work-related injuries.
- Improved flexibility and adaptability: Smart foundries can quickly adapt to changing market needs, producing smaller, customised production batches.
- Greater transparency and control: Analysis of production data provides greater visibility and control of the production process.
What are the challenges?
The implementation of IoT in the die-casting industry, as in all companies entering Industry 4.0, presents some challenges, including:
- Information security: Data security and the protection of industrial networks are critical aspects that must be adequately taken into account.
- Skills and training: Staff must be properly trained to use and manage the new IoT technologies.
- Integration with existing systems: The IoT must be integrated with existing production systems to ensure efficient and secure data flow.
The IoT represents an unmissable opportunity for the die-casting industry to improve efficiency, productivity and process safety. The challenges are not insurmountable and, with proper investment and strategic planning, foundries can benefit greatly from this revolutionary technology. The die casting industry is poised to become part of the fifth industrial revolution and IoT is the key to a more efficient, connected and sustainable future.
In addition to the above, the use of IoT in the die casting industry can lead to:
- Better collaboration between different departments in the foundry: IoT can facilitate communication and collaboration between different departments in the foundry, from design to production to maintenance.
- Development of new business models: IoT can enable new business models, such as servitisation, that offer customers a complete production service.
Of course, all this requires cultural change, development of new skills, investment in new technologies.
The first step is to have efficient die-casting machines for your sector. If your company’s goal is to be competitive in the market, ask AGRATI AEE’s sales engineers for advice.


Had this laptop that persistently just showed a black screen when cold booting. I knew on a good boot the Caps Lock light would come on steady for a second or two then flash twice as well as the Power and F12 button lights will be on.
Then occasionally it would fire up. I realised the only thing changing was the position I opened the screen to. So I tried with the screen wide open and it booted!
Now, it’s not 100% successful, it doesn’t work every time. But it points to the cables wearing out where the lid is continually shut and re-opened.
So if your Caps Lock light does ‘not blink’ or ‘not flash’ try moving the angle of the screen.
Not Out of the Woods
This worked for a while but when the HP Pavilion went into sleep mode the screen trick was no help. There is a lot of talk on the internet forums about poor lead-free soldering of these Chinese laptops.
I decided to leave the laptop on a window ledge in a the hot sun. After several hours I gave it another go and Wham! it booted! This endorses the poor solder joint theory.
Now this makes me wonder whether opening the screen out is maybe just distorting the motherboard that helps make the dry joints work.
Also, the sleep mode would allow the HP hardware to cool down and perhaps this is where it fails to wake and be able to utilize the screen.
As I thought, overnight the laptop had cooled down and would not fire up again. But this time the Caps Lock light was on solid. So I left it on put the lid down AC power in and let it heat up for about 20 minutes.
Shut it off with the power button 5 second press, pressed the power button again and Bingo! it booted up. So yep, it’s a dry joint issue that a bit of heat will correct.
Interesting, overnight I left the HP Pavilion switched off and unplugged on end, propped against the wall (left side down). Put it back on the worktop, pressed the power button and it booted! weird sh!*.


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FWF P28556-N34: Computational solvation dynamics of oxyquinolines in various solvents
|grant holder||Christian Schröder|
|funding period||02/2016 -|
|project sum||144 k €|
AbstractSolvation dynamics is one key aspect of any chemical reaction. The spectral response of a solvatochromic solute on laser excitation, the so-called time-dependent Stokes shift, provides crucial information on the solute photoreactivity and the solvent reorganization. We perform a novel approach for computational solvation dynamics, combining quantum-mechanical calculations, (non-)equilibrium polarizable MD simulations and free energy calculations in order to address solute and solvent effects on the Stokes shift.
Additionally, this project differs from previous attempts in literature by using chemical substitutions of the solute to model the charge distributions and their effect on the solvent. In close cooperation with Prof. Ernsting from Humboldt university of Berlin we will directly juxtapose computational and experimental data allowing for
- the decomposition of individual solvent contributions,
- the detection of ultrafast components which are at the limit of experimental resolution
- and the rationalization of electronic effects of solutes in a manner that has not been realized so far.


Clarisonic Mia Sonic Cleansing System - Limited-Edition Poppy
Limited-Edition Poppy features all the great benefits of the Clarisonic Classic in a smaller size.
Customer Questions & Answers:
Questions & Answers for Clarisonic Clarisonic Mia Sonic Cleansing System - Limited-Edition Poppy
what is the electric power supply need? eg. 100V? 220v? can 220v place use this device? thanks
asked 4 years, 3 months ago
on Clarisonic Mia Sonic Cleansing System - Limited-Edition Poppy
The device has worldwide power supply. You can use it 110V or 220V/240V. You just need the appropriate plug to attach in order to charge. That's why it's great for travel.
answered 3 years, 11 months ago
- International traveller
From the manufacturer's website: "Use your Sonic Cleansing System anywhere in the world
The Clarisonic Mia is rechargeable with the Universal Voltage Charger, which magnetically attaches to the Mia handle. A fully charged Mia gives 20 minutes of use.
The charger is compatible with 100-240 Volts AC; 50/60 Hz, allowing it to be used worldwide with the appropriate country adapter. If the shape of the plug does not fit the power outlet, use a plug adapter of the proper configuration for the power outlet.
NOTE: The Mia handle is not compatible with the charging cradle for the full-size Clarisonic models."


These clever gadgets will secure your home
There is nothing worse than feeling unsafe in your own home. Of course there are some basic measures everyone can take to secure their property – move to a safe area, keep lights on around your perimeter, even buy a dog.
But technology has put advanced home security within easy reach for the average homeowner. Today we go beyond the basic alarm systems and look at some clever inventions for boosting home security. Consider installing one of these to make sure you and your family stay safe at home.
- Add-ons for your security system
Boost the value of your alarm system by adding glass break sensors to your windows and doors, as well as motion sensor lighting to your exterior. Often these can be included as an inexpensive add-on alongside your home security package. Motion sensors in particular are one of the best ways to ensure outdoor entry points – front doors, balconies, patios – are well lit, without dramatically increasing your energy bill. If your budget is limited, you can even buy simple do-it-yourself kits to install these systems yourself.
- Home security goes mobile
For a simple entry point into the world of tech and home security, check out mobile apps like the AtHome Camera. This app allows you to monitor video of your home remotely, with capability to watch live updates via 3G/4G or WiFi. Other technology such as SmartThings lets users see what’s going on at home when they’re out and about by tracking sensors, locks, light switches and more.
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Enter the code obtained in the radio and confirm with button 5. How to enter my Ford radio code
Ford 6000 CD serial find
There are two ways to obtain the serial number of a 6000 CD radio from the years 2004, 2005, 2006, 2007 and 2008. There are units which don't works with the first method which force you to use the second one.
Method 1: Find serial on screen
Some audio units show the serial number on the screen by pressing and holding the buttons 1 and 6 for three seconds. The radio must be on when doing this. The stereo unit enters in diagnostic mode and displays different data for 30 seconds. If you are lucky, the serial number shows with the V123456 or M123456 format. Take note: The serial number always starts with V or M, followed by six digits.
In some cases, the serial number is shown directly, with this format FDC2005M123456. Note that only the last seven characters compose the serial, for example, M123456.
Method 2: Find the serial number in the radio case
All 6000 CD units have a sticker on the case with the serial number. To make it visible, you must remove the radio using the stereo removal keys.
You can see how it to remove your radio in this YouTube video: How to remove 6000 CD radio
Once you take out the audio unit, find the lateral sticker and look for the serial number by the following format: M123456 or V123456
Ford 6000 CD RDS EON serial find
This model, manufactured between 1998 and 2004, cannot display the serial number on the screen. The only way to find it is by removing the stereo unit. You can see the extraction keys depending on your area here:
After removing, find the lateral sticker on the case and identify your serial number M by the following format: M123456
Ford 6000 CD 2008 - 2015 serial find
Finding the serial number of the most recent 6000 CD model, manufactured from 2008 to 2015 is easy. To find yours, follow the steps below:
- Turn on your radio and make sure you read CODE
- Press and hold buttons 1 and 6 for three seconds
- Identify the serial number by the following format: V123456
Note: Some units show the serial number in a a hidden manner. You can see FDMCA1CV1234 on a screen, where V1234 is the first part of the serial, and the last two digits in the next screen, for example, 56. The v serial number would be V123456
Ford Sony radio serial find
Sony radio models manufactured in 2008, 2009, 2010, 2011, 2012, 2013, 2014 and 2015 can display the serial number on the screen.
It's as simple as turning on the radio and holding and pressing buttons 1 and 6 for three seconds. The stereo unit enters in diagnostic mode and displays different data for thirty seconds. One of these data contains the serial number.
Look for this format: SOCD6X7V123456. Note: The serial is only V123456 for this example.
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Different model serial number
If your radio is different from the models listed above, don't worry. This generator can unlock the original code for 99% of the original Ford car radios. Whatever the model you have, remove it to find the serial number. If you have difficulties, feel free to contact us in live chat. We will be happy to help you.
Ford Focus radio codes
Unlock the pin code for your Focus car radio for free and at the instant. Our generator is compatible with most radio models, such as 30000 Traffic, 6000 CD, 6000CDC, 6006E, Sony, Navigation units (Travelplilot) and many others.
If you have any questions about how to proceed, take a picture of your radio and send it in live chat. We will give you all the details of how to recover the code.
Ford Fiesta radio codes
All radio models found on a Ford Fiesta manufactured between 2000 and 2010 are compatible to unlock. The most famous is 6000 CD from 2006, 2007 and 2008 and the 4500 RDS EON model from 2002, 2003, 2004 and 2005.
If you need personalized help, do not hesitate to contact us.
Ford Transit radio codes
Unlock the code for your Ford Transit Van, Bus or Connect. All stereo models such as 6000 CD and Travelpilot FX / NX from 2006 to 2014 are compatible to unlock. If you have doubts, contact us.
Ford stereo code generator
This generator can instantly unlock most stereo models in the United Kingdom and Europe. However, in live chat, we can offer help for models from Australia, India and Africa, as is the model manufactured by Sanyo for Ford Figo and Ford Falcon.


To make a correct exposure, so that your picture is neither too light nor to dark, you need to control the amount of light that reaches the digital image sensor.
Shutter Speed = Exposure Time
The shutter speed (the amount of time the shutter remains open) is one of two controls your camera has over the amount of light entering the camera.
Aperture = f-Stop
The aperture size is the other light control (how big or small is the hole that allows light in the camera).
By controlling the amount of light that enters the camera, the shutter speed also affects the way that moving objects are shown.
A fast shutter speed can freeze motion–1/250 sec. is more than fast enough for most scenes. A very slow shutter speed will record even a slow-moving object with some blur.
Controlling Light: Shutter Speed + Aperture
The shutter speed and aperture work to together to achieve a correct exposure. As the shutter speed gets faster, letting less light hit the sensor, the aperture opening gets larger to make up the difference. If you want to use a small aperture opening, the shutter speed will become slower to compensate. For a correct exposure the shutter speed and the aperture opening need to work together to allow the correct amount of light strike the sensor.


By 2020, there is expected to be nearly 21 billion internet-enabled "things." Given the unprecedented amount of personal and private data these devices will generate, many in the tech community are beginning to worry about the security implications of having everything connected. Do the benefits outweigh the risks? On August 24, join us at Digital Fight Club powered by Accenture Digital, where two of the brightest internet-connected bulbs in the tech community will debate the future of IoT given the security and data privacy risks it poses to consumers.
In our first fighter profile, we explored the merits and potential misuses of big data. Given companies’ abilities to track, measure and analyze massive amounts of data, we’re excited to see digital marketing strategists Dina-Light McNeely and John Keehler face off at Digital Fight Club to decide once and for all: is big data good or evil?
IoT is a thing?
Much like big data, the internet of things (IoT) is quickly becoming a technological force to be reckoned with. For those of you thinking “Hmmm… technological force to be reckoned with… sounds important, but what the heck is this so-called ‘internet of things’?” let me break it down: The internet of things is the concept of connecting devices that can access the internet (think cell phones, your home security system, that connected cold brew coffee maker you bought last Christmas, etc.) and thereby gather and exchange data with each other and with people.
The crazy thing about it though is that the internet of things goes way beyond the consumer products we use at home. From applications in aerospace and defense to energy and healthcare, the internet of things is helping revolutionize how companies do business and compete on a global scale.
But why now?
Let’s start with some context: Over the past twenty-some-odd years, mobile devices have exploded, computing technology has become significantly faster and the costs of hardware have decreased. When paired with advances in other areas such as cloud computing and data analytics, these trends have created an environment where companies who adopt IoT-powered operations processes can realize incredible economies of scale. 1
As a result of this widespread adoption, there will be an estimated 6.4 billion internet-enabled “things” this year. By 2020, that number is expected to be nearly 21 billion.2 However, with all of these “things” talking to each other and making decisions in cyber space (essentially generating an unprecedented amount of personal and private data), many in the IoT community are beginning to worry about the security implications of having everything connected.
At Digital Fight Club powered by Accenture Digital, we’re excited to welcome two of the brightest internet-connected bulbs in the tech community as they debate the future of IoT given the security and data privacy risks it poses to consumers. Do the benefits outweigh the risks? Will the challenges facing the industry be its downfall, or will they be a speed bump on the road to innovation in the space? Join us August 24 and get your tickets today!
In the first corner is Nathan Huntoon
Nathan Huntoon loves engineering, science and solving problems. As a Principle Engineer in Pepsico’s automation group, Nathan is a guy who believe that engineering is an inherently creative exercise, and finds creating new solutions using an understanding of science and firm engineering principles immensely satisfying.
And in this corner is Scott Harper
Scott Harper is the Founder and CEO of Dialexa, an internationally acclaimed technology and product development company, headquartered in Dallas, Texas. The company helps organizations, government agencies and businesses conceptualize, design, engineer, and launch innovative and high-quality products and solutions.
Scott and Mark Haidar formed Dialexa in 2010. A global product-focused technology development shop and consultancy upon recognizing a huge market demand for innovative and scalable technology solutions.
Nathan: The benefits for consumers from IOT devices are currently outweighed by the poor security and privacy frameworks used to secure the unprecedented amount of private data generated. As consumer awareness to the dangers grows, the IOT industry must re-evaluate its priorities to secure its future.
Scott: Security and data privacy surrounding IoT is merely a speed bump on the road to innovation in the space. The challenges in this space are not dissimilar to those we face every day with the current Internet and technology. People that think this could be the downfall of the space are the same people that are sitting at home with their tin foil covered windows and their pet rock talking about how they believe Throw Back Thursday was devised by the NSA in order to get people to upload and catalogue pictures of themselves that didn't yet exist on the Internet due to their age.
1, 2 eMarketer, The Internet of Things: Investmenet, Growth and Industry Outlook


|Radar System Improvement Program|
|Air Force ACAT IC Program||Prime Contractor|
|Total Number of Systems:||33 airborne|
3 ground test
|Total Program Cost (TY$):||$895M|
|Average Unit Cost (TY$):||$14.7M|
|Block 40/45 Upgrade|
|Air Force ACAT ID Program||Prime Contractor|
|Total Number of Systems:||33 airborne||Boeing|
|Total Program Cost (TY$):||TBD|
|Average Unit Cost (TY$):||TBD|
SYSTEM DESCRIPTION & CONTRIBUTION TO JOINT VISION 2020
The E-3 Airborne Warning and Control System (AWACS) provides battle commanders with the ability to observe, assess, and control the entire air battlespace, enabling precision engagement through information superiority to the dominant maneuver force as they engage the enemy. AWACS has been employed in support of joint and multinational operations around the world.
E-3 AWACS is a commercial Boeing 707-320C airframe, modified with an AN/APY-1 or AN/APY-2 radar. It is equipped with general and specialized mission computers, multi-purpose displays, and clear and secure multiple-voice and data link communications. The United States has a total of 33 E-3s, assigned to Pacific Air Forces and Air Combat Command. NATO, Great Britain, France, and Saudi Arabia also operate variants of the E-3.
The Radar System Improvement Program (RSIP) is a joint U.S., U.K., and NATO radar hardware and software upgrade for the E-3 Sentry AWACS. RSIP is designed to improve the E-3 radar detection capabilities in both benign and jamming environments, as well as enhance radar system reliability.
The Air Force is currently studying which upgrades to include in the next major AWACS modification, Block 40/45. This upgrade will center on replacing the current mission computer and the operators terminals with a COTS computer and a network of operator workstations. It will also enable the Air Force to incorporate several necessary improvements to AWACS functionality, including: (1) multi-source integration; (2) increased Electronic Support Measures system memory; and (3) integration of the Intelligence Broadcast System. These improvements will also be supported by new tracking algorithms, software control of the communications sub-system, human-machine interfaces, and improved data link latency. This upgrade supports continued improvements to E-3 detection and information correlation functions, which extend AWACS capabilities through the 2025-2035 timeframe.
Since initial fielding, the U.S. E-3 AWACS has undergone nearly continuous modification. Early modifications included adding a maritime ship radar detection capability, integrating first generation Class 1 Joint Tactical Information Distribution System data link terminals, and increasing operator displays from 9 to 14 to support considerably broadened mission tasks and workloads. A significant number of modifications update mission systems, sub-systems, flight controls, and navigation software, and replace selective hardware components with more reliable parts. The most recent modification, prior to RSIP, was the Block 30/35 upgrade, which included significant improvements in navigation, communication, central mission computer, and electronic countermeasures capabilities.
RSIP replaced the aging AWACS radar sub-system computer, the Airborne Radar Technician workstation, other selected radar system hardware, and radar sub-system software, to improve pulse-Doppler radar sensitivity and resistance to electronic countermeasures. RSIP also increased reliability and maintainability of the modified components. RSIP modification to increase the E-3's radar sensitivity is also planned.
Block 40/45 will replace the aging AWACS computer system, the CC-2E, which is based on an IBM 360 mainframe and the operator's terminals with a network of UNIX-based COTS workstations for the operators linked to several UNIX-based COTS computers, which will perform functions currently resident in the CC-2E, including controlling sensors and processing sensor data and sending/receiving data to data link terminals. The foundation for the Block 40/45 upgrade will be the NATO Mid-Term Upgrade. Block 40/45 should improve the reliability and availability of the E-3, since it will replace obsolete computer hardware for which spare parts are in limited supply. Improved E-3 reliability and availability are increasingly important as theater commanders continue to rely heavily on the E-3's surveillance and control capabilities to provide the information superiority required to control the battlespace.
The Block 40/45 development and test will employ the spiral approach with a number of OT oversight and dedicated OT events to evaluate maturity and reduce risk for IOT&E.
TEST & EVALUATION ACTIVITY
The U.S. RSIP IOT&E started with its first sortie on August 3, 1995. The scheduled six-sortie IOT&E was suspended twice and completed in October 1996. RSIP met operational performance requirements at that time; however, suitability issues remained. Data from U.S. IOT&E were augmented by system performance data gathered during NATO and U.K. tests/exercises, as well as a series of combined developmental/operational test flights.
After the conclusion of IOT&E, the Air Force developed a post-IOT&E action plan to correct the suitability deficiencies highlighted by IOT&E. The plan primarily consisted of software improvements, but also included some hardware improvements. DOT&E monitored the testing of those improvements and analyzed the data. Post-IOT&E results verified significant improvements in RSIP suitability.
The first FOT&E sortie took place on April 8, 1998, using a pre-RSIP AN/APY-1 equipped E-3. This provided a performance baseline of the pre-RSIP AN/APY-1 radar. The RSIP upgrade was installed on that same E-3 in summer 1998, the first operational USAF E-3 to be RSIP-equipped. The first acceptance flight occurred in October 1998. The second FOT&E sortie was conducted on April 16, 1999, as part of the Green Flag 99-3 exercise. The third and final dedicated sortie, the counterpart to the pre-RSIP first sortie, was flown on May 20, 1999. FOT&E collected 500.2 hours of suitability data from the 552nd Air Control Wing's normal use of the aircraft. FOT&E data collection was completed April 14, 2000.
The USAF is currently scoping the Block 40/45 development effort, including starting to prepare a TEMP. During RSIP, combining developmental and operational tests, as well as gathering test data from NATO and U.K. tests/exercises, significantly reduced test costs and duration. Future testing of Block 40/45 will use this same approach, leveraging existing activities wherever practical. Additionally, modeling and simulation will be employed to evaluate maturity and maximum capacity of some of the Block 40/45 components.
TEST & EVALUATION ASSESSMENT
DOT&E analyzed data from both U.S. and NATO IOT&Es and from combined DT/OT, including post-IOT&E testing. DOT&E determined that RSIP is capable of tracking smaller radar cross-section targets at longer ranges than the predecessor AWACS radar. RSIP is also far more effective when operating against electronic countermeasures. Additionally, we found that the RSIP-modified radar provided significant improvements in several areas of suitability. In-flight repair time, diagnostic effectiveness, fault detection, fault isolation, and built-in-test "cannot duplicate" rates were all system successes and there have been no critical failures of RSIP hardware. However, the issue of software maturity plagued RSIP throughout testing prior to Milestone III. DOT&E found the RSIP-modified E-3 to be operationally effective and suitable, with some limitations. The only negative impact to current system capabilities was to the Beyond-the-Horizon (BTH) radar mode. U.S. crews indicated that they experienced degraded ability to use the BTH mode effectively, although NATO crews reported that they actually preferred the change to how the BTH mode worked.
The initial FOT&E sortie flown in April 1998 provided baseline target detection and radar performance data for the AN/APY-1 equipped E-3. This aircraft was subsequently modified with the RSIP upgrade, and the May 20, 1999 dedicated RSIP FOT&E flight collected data to compare against the baseline data. Observations of the second dedicated FOT&E flight, conducted at Green Flag, showed that the aircraft was able to perform its mission as effectively as a pre-RSIP aircraft. No crew or computer workload issues were apparent during this sortie. RSIP hardware and software reliability improved during FOT&E, although software immaturity still has a very high failure rate. Overall, the RSIP radar's reliability is significantly better than that of the pre-RSIP radar. A software change corrected the problem with the BTH mode, providing the same performance as BTH did before the RSIP modification. However, the Air Force has yet to decide whether to implement the change or provide the operator with the option of switching between pre- and post-RSIP settings for BTH.
In the 1997 B-LRIP, the RSIP-modified E-3 was found to be operationally effective and operationally suitable overall, with some limitations. FOT&E re-examined those areas and found that the Air Force had made significant improvements to the system's hardware and software reliability. The only remaining operational suitability limitation is software maturity. The system's software has continued to mature, significantly reducing the rate of critical software failures. Overall, the RSIP-modified E-3 provides significant suitability improvements to the current system.
Re-hosted radar software led to several problems during the RSIP program, in particular, resulting in inadequate protection of aircraft radar hardware under certain operating conditions and degrading the long-range detection and tracking performance of the BTH radar. Both of these issues have been corrected, and steps have been taken in the ground and air test procedures to prevent recurrences of these problems. However, software maturity remains a concern for RSIP. The Block 40/45 program will require re-hosting significantly more software. The 40/45 program should learn from the RSIP program to prevent a repeat of the problems seen in RSIP. DOT&E will ensure coordination occurs between the E-3 AWACS and E-2C Hawkeye program experts to leverage lessons learned and highlight potential pitfalls during multiple simultaneous upgrades.


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Tim Weber is Global Head of 3D Materials and Advanced Applications. His organization is responsible for development and commercialization of additive manufacturing (3-D Printed) materials, processes, and applications.
The materials development includes work in polymers, ceramics and metals. Applications include using multi-jet fusion to enable the manufacture of products that are impossible to make with conventional means.
Prior to HP, Tim worked for Boeing at their helicopter manufacturing facility in Philadelphia. He joined HP in 1993, starting as a product engineer on one of HP’s first thermal ink jet printers. Shortly thereafter he went into technical management and helped lead the development of numerous ink jet products, including the scalable print technology and early page wide array concepts that ultimately became HP’s current page wide technology.
Over the next several years Tim led several R&D projects, becoming a R&D director in 2001. He has led advanced printhead and printbar development, commercialization and manufacturing. Additionally he was responsible for incubating new businesses that enable printing services and digital publishing for desktop, SMB, retail and commercial markets.
Tim’s other R&D efforts have included printing technology platforms, MEMS-based technologies (such as HP’s state-of-the-art accelerometer), applied molecular systems (nanotechnology), solar applications, and printed electronics. His organization was responsible for the development and ongoing production of the MEMS-based advanced printhead technology recently introduced across HP’s inkjet product lineup. Tim holds 52 U.S.-issued patents.
A native and current resident of Corvallis, Tim is a member of the Oregon Nano and Micro Institute Board, the Corvallis Economic Advisory Board and the Oregon State University College of Engineering Dean’s Leadership Council. He holds a PhD in engineering from Oregon State University.


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AnyMP4 Mac Video Enhancement can help you enhance video quality by upscaling resolution, optimizing brightness and contrast, and removing video noise. It can rotate or flip video by 90 clockwise/counterclockwise or horizontal/vertical flip on Mac.
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Dr. Xiaohui LiangInstitute of Chemical Materials(ICM), China Academy of Engineering Physics(CAEP), China
Advanced signal and information process, modern control technology, structure healthy monitor and destroy diagnose, fault diagnose, electromechanical and hydraulic control technology
LIANG Xiao-Hui, with scholar of master, is a special researcher of Institute of Chemical Materials in China Academy of Engineering Physics, and a member of China Acoustic Emission Association, whose research interest includes structure healthy monitor and destroy diagnose of military-industrial material and structure, fault diagnose of major equipment, Advanced signal and information process, modern control technology, control technology application of electromechanical and hydraulic equipment. In the past several years he participated and in part took charge of about 10 projects including National Natural Science Foundation of China (NSFC), Major national science and technology projects, Major research projects of CAEP and Subject Foundation of ICM, and studied and developed special-use major equipment, special-use instruction, special-use signal and information process software, which amount to 20 above totally, whose research products and achievements were extensively used in precise manufacture of military-industrial materials, mechanical nature evaluation of military-industrial structure, signal sampling for big data, and destroy diagnose. He got a third prize of Military scientific and technological progress and ranked first. He has published about 20 papers on scholar journal and conference at home and aboard, achieved about 20 national invention patents and 2 software copyrights.
Assoc.Prof. Kai-Sheng Chen
School of Electrical and Computer Engineering, Nanfang College of Sun Yat-Sen University, China
Optical CDMA, radio-over-fiber, optical packet switching, and visible light communications
Assoc.Prof. Kai-Sheng Chen received his B.S. degree in Electrical Engineering from National Central University, Taoyuan, Taiwan, in 2010. He obtained his M.S. and PhD degree from the Institute of Computer and Communication Engineering, National Chen Kung University, Tainan, Taiwan, in 2012 and 2017, respectively. Since 2017, he has been with the Nanfang College of Sun Yat-Sen University, Guangzhou, China, where he is currently an Associate Professor of School of Electrical and Computer Engineering. His research interests cover optical CDMA, radio-over-fiber, optical packet switching, and visible light communications.
Assoc.Prof. K.VINOTH KUMAR
Karpagam University, Coimbatore
Electronics & Communication Engineering, Applied Electronics, Wireless Sensor Networks Survey, Investigations on Location based Multipath Secured Energy Efficient Routing Approach
Assoc.Prof. K. Vinoth KUMAR is recognized as Head of Research at Anna University chennai. (Ref. 2940131). He is an assistant Professor/Department of ECE; Assistant Professor, ViralimalaiT Institutional Group, School of Engineering and Technology.
Assoc.Prof. Ruhui Ma
SHANGHAI JIAO TONG UNIVERSITY Department of Computer Science and Engineering
Artificial intelligence, computer vision, medical intersection, cloud computing
Assoc.Prof. Ruhui Ma is doctoral Supervisor, Member of CCF, IEEE Member, Department of Computer Science, Shanghai Jiaotong University deputy director. The main research directions are artificial intelligence, computer vision, intelligent manufacturing, medical-industrial intersection, cloud computing system, cloud security, intelligent system, etc., won 1 Shanghai Technology Invention Award and 1 Jiangsu Science and Technology Progress Award. Presided over 15 projects, including 2 National Natural Science Foundations, 1 Shanghai special key project, 1 Shanghai "Science and Technology Innovation Action" high-tech field project, etc., and participated in 2 national key research and development projects. In recent years, he has been in the computer field Published more than 50 SCI/EI indexed papers in top international conferences and top international journals, including AAAI, ICCV, ACM MM, TPDS, TDSC, TBD, TCC, TETC, JCST, JSA, ICSM, ICPP, etc., authorized 27 invention patents (Including 4 US patents). Guide students to win the second prize of the National Mathematical Modeling Contest and the first prize of the Shanghai Mathematical Modeling Contest.
Prof. Shahid Hussain
Jiangsu University, China
MOS-MOF-MXene Nanomaterials, Gas-Sensors,Electrochemical Supercapacitors, Li-S batteries
Prof. Shahid Hussain as the professor at Jiangsu University, China. He was involved in First Prize in South-West Area of China in “The Second Team on China International Transducers and Sensor Innovation Contest” in idea group innovation，Third Prize in Over-all China in “The Second Team on China International Transducers and Sensor Innovation Contest” in idea group innovation，Best Research Group Award of “Team Innovation Team Scholarship in 2014 Chongqing University, “ HuangShanglian Academy Youth Innovation Award”


The Future of Marketing: Human and AI Collaboration
Posted on 08.22.23 by Admin
Marketing is crucial in the modern era, connecting businesses to their target audience and fostering expansion. With the accelerated advancement of technology, especially artificial intelligence (AI), the marketing landscape has substantially transformed.
This article examines the future of marketing, concentrating on the collaboration between AI and humans. It highlights the significance of combining human expertise with AI capabilities to unlock new marketing opportunities and achieve success.
The Role of AI in Marketing
Artificial intelligence (AI) has become an indispensable resource in marketing, influencing its many subfields. Its primary value resides in the analysis of data and the insights it provides to customers.
Artificial intelligence algorithms can quickly sift through mountains of data, revealing insights and patterns that would take humans years to uncover. This paves the way for data-driven decisions and improved strategy development in marketing.
Additionally, AI permits massive-scale personalization in marketing. Artificial intelligence algorithms can increase consumer engagement and conversions by tailoring content and recommendations based on an individual's tastes, habits, and demographics. It would be easier to accomplish this customization level with AI's processing capacity.
AI also excels at automating tasks, which is crucial in advertising. Data entry, social media scheduling, and email marketing are just some repetitive processes that may be automated, freeing human marketers' time for more strategic and creative work. Not only does automation improve productivity, but it also frees marketers to make better use of their limited resources.
Furthermore, chatbots driven by AI have revolutionized how businesses interact with their customers. These chatbots can respond immediately to customer questions and help direct them to the next step in the purchasing process. Chatbots with NLP capabilities can read and interpret user intent and provide a smooth, individualized service experience anytime.
The Importance of Human Expertise in Marketing
While artificial intelligence (AI) has impressive new capabilities, human knowledge is still essential in marketing. Humans are crucial for making meaningful connections with clients because of their unique abilities, including creativity and emotional intelligence.
Innovative marketing campaigns and audience-resonating content can only be conceived and executed by creative minds. Another area in which humans thrive is understanding complex human behavior and motivation. While AI algorithms can analyze data and identify patterns, human understanding is still required for proper application.
Human marketers are necessary to ensure that marketing communications are suitably targeted to diverse parts of the audience since they can recognize nuances and cultural contexts that AI can overlook.
The ethical implications of marketing decisions further emphasize the value of human discretion. Since AI algorithms learn from past data, any prejudices or unethical behavior in that data could be perpetuated by accident. Human intervention cannot guarantee fairness, openness, and ethical behavior in marketing campaigns.
Human-to-human interactions foster trust and sympathy, two qualities crucial to effective advertising. Human marketers can provide customers with the individualized attention they crave, answer their concerns, and foster the long-lasting relationships they crave. Customers are more likely to feel appreciated and understood when they receive service with a human touch.
The Benefits of Human and AI Collaboration in Marketing
There are many advantages to combining human and AI marketing efforts. Humans contribute the critical thinking, creativity, and ethical judgment required to improve and effectively implement the insights generated by AI, which can process massive amounts of data, create insights, and recommend the best tactics.
The use of AI helps marketers create data-driven plans that are tailored to individual consumers. Humans, with their wealth of background information and experience in the business world, can check and make sense of AI's findings.
By working together, we can ensure marketing decisions are consistent with our overarching strategic objectives and moral standards. When humans and machines work together, the results are more inventive. Humans add their imaginative reasoning to shaping and refining the ideas and approaches generated by AI algorithms based on massive datasets. Through this collaboration, we can create effective and engaging campaigns.
Furthermore, a potent marketing mix is produced when human empathy is combined with AI-powered personalization. Human marketers add empathy and emotional intelligence to ensure communications engage authentically with the target audience, while AI computers may analyze customer data to create customized content. Working together, we can create authentic, personalized experiences that strengthen customer relationships.
The best marketing strategies incorporate human and AI input in a continuous feedback loop. Artificial intelligence (AI) algorithms can be trained and improved with the help of human marketers by providing feedback and assistance. AI improves marketers' effectiveness by helping them gain real-time insights, automating mundane chores, and bolstering their ability to make strategic decisions.
Challenges and Considerations for Human and AI Collaboration in Marketing
While there is much promise in combining human and AI efforts, many obstacles must be overcome. Privacy and data security concerns are at the forefront of the ethical debate surrounding using artificial intelligence in marketing. Marketers must guarantee legal conformity and prioritize openness to keep their customers' trust.
The possibility of prejudice in AI systems is equally problematic. Algorithms used by AIs learn from the past, which may be skewed. Human intervention is essential to reduce these prejudices and promote more just and equitable marketing practices. To identify and correct emerging biases, diverse teams and constant monitoring are required. Using AI for advertising requires a high degree of openness and explainability. The collection, storage, and processing of customer data by AI algorithms should be transparent to the customers.
The use of AI in marketing decisions must be disclosed openly so that consumers may make educated decisions and retain ownership of their personal information. Marketers can only make good use of AI if we fill the gaps in their skills and provide the training skill sets needed to comprehend AI technology, decipher AI-generated insights, and work with AI systems. Continuous training and upskilling programs are crucial to equip marketers with the ability to work synergistically with AI.
It is essential to strike a balance between automated processes and human interaction. While technology helps with efficiency and scale, human interactions are still essential for developing trust and rapport. Finding that sweet spot between human and AI resources is essential for customer service.
To Sum Up
Humans and AI working together will be the future of marketing. Human talent adds creativity, emotional intelligence, and ethical judgment, while AI delivers superior data analysis, personalization, automation, and an improved consumer experience. Marketers open to working together can increase their chances of success and provide their customers with more meaningful, tailored experiences.
However, optimizing human and AI collaboration requires resolving ethical concerns, reducing biases, and closing knowledge gaps. Marketers may influence the direction of marketing in the future by investing in research and development and using the complementary strengths of humans and AI to increase revenue and delight customers.


Welcome at the Huijben research group. Our lab is part of the Nanoelectronic Materials cluster and the MESA+ Institute for Nanotechnology of the University of Twente in Enschede, the Netherlands.
Our research is focused on the study of novel nanostructured thin films with special structural and advanced functional properties at the incorporated interfaces. The aim is to develop new materials towards improved energy applications, such as solid-state batteries and thermoelectric energy generators. The Twente Centre for Advanced Battery Technology brings together all battery research activities at the University of Twente.
Our team of BSc, MSc, PhD students and postdoctoral research associates is exposed to many diverse research directions such as materials science, nanotechnology, inorganic chemistry and applied physics.


Solinc East Africa supplies high quality solar modules of different sizes for home use and solar energy projects. Next to this, together with our German and Asian partners, we provide solutions like solar home systems and large solar system installations.
Our high-performance solar modules are designed in Europe for optimal yield and return-on-investment. Solinc solar modules are manufactured in our own production facility in Naivasha, Kenya. The use of European production knowledge and carefully selected components are the foundation for a top quality solar module.
Fosera Solar Home Systems, join the electrified world
A Fosera solar home system is an autonomous and mobile energy system that can be used for rural electrification. State of the art lithium battery technology used by Fosera offers unprecedented performance and long battery life while being maintenance free.
The Fosera ceiling and wall-lamps use highly efficient LEDs of highest lifetime and illumination-stability. The solar modules use crystalline silicon solar cell technology with a lifetime of over 20 years. With a unique, modular extension the system can grow with energy demand. Additional Fosera power boxes or lanterns can be connected with a Plug & Play cable.
Efficient appliances can be connected to the system including TVs, lamps, radios, and phone chargers.
Together with our partner Chloride Solar we design, install and service large solar projects ranging from 20kW to over 500kW. Our offering includes attractive financing of grid-tie solar solutions. We have done projects at flower farms and industries like General Motors. For more information, please contact us →.


FBG Temperature SensorsBRAGG
These sensors are manufactured using dielectric materials, with ceramic sheath and without metallic elements. This all makes them immune to electromagnetic interferences and to corrosion and are particularly appropriate for explosive and electrical environments. Measurement range from -25°C to +125°C.
|SENSORES||Range||Resolution||Precision||Size (mm)||Material||Fiber cable|
|STS||-25 ~ +125ºC||0.1ºC(standard)||+/- 0.5ºC||10 x 150 (diameter x Length)||Ceramic||PTFE 3mm diam. (up to 125ºC)|
Below the applications that make use of STS sensors.
Remote temperature measurement system using fiber optical sensorsSEE MORE


Control Box Replacement in Allentown
A control box, also known as a control panel, is a central component of many electrical systems. It is responsible for controlling, monitoring, and protecting the electrical equipment and systems in a building or facility. In Allentown, control box replacement is a common service provided by electrical contractors to repair or upgrade the electrical systems of homes and businesses.
The control box is typically located near the main electrical service panel and contains fuses or circuit breakers, which protect the electrical system from damage caused by overcurrents. The control box also contains relays, timers, and other devices that control the operation of the electrical equipment and systems.
Control box replacement is necessary when the control box is damaged or has become obsolete. It can also be done as part of an upgrade to the electrical system, such as adding new circuits or upgrading to a newer, more advanced control box.
When a control box replacement is needed, an electrician will first inspect the existing control box to determine the cause of the problem. If the control box is damaged, the electrician will then remove the old control box and install a new one. The electrician will also make sure that the new control box is properly wired and configured to work with the existing electrical system.
The cost of control box replacement can vary depending on the complexity of the electrical system and the type of control box being replaced. A basic control box replacement for a small home or business can cost anywhere from a few hundred dollars to a few thousand dollars. A more complex control box replacement for a larger facility, such as a commercial building or industrial plant, can cost tens of thousands of dollars.
Control box replacement can also be done as a preventative measure to avoid future problems. For example, if a control box is getting old and showing signs of wear and tear, it may be more cost-effective to replace it now rather than waiting for it to fail.
When selecting a control box for replacement, it’s important to consider the specific needs of the electrical system. The control box should be rated for the appropriate voltage and current, and should be compatible with the existing electrical equipment and systems. It’s also important to choose a control box that has the necessary features and functions, such as overcurrent protection, remote control, and monitoring capabilities.
It’s also important to choose a qualified and experienced electrician to perform the control box replacement. They should be licensed, insured and have a good reputation, and they should have experience working with control boxes and other electrical equipment.
In Allentown, control box replacement is a service that is often provided by electrical contractors. This service is necessary when the control box is damaged, obsolete, or as part of an upgrade to the electrical system. The cost of control box replacement can vary widely, and it’s important to choose a qualified and experienced electrician to perform the work. It’s also important to choose a control box that is appropriate for the specific needs of the electrical system, and that is compatible with existing equipment.
Contact us today to schedule service for control box troubleshooting and repair or replacement in Bucks County, PA and Surrounding Areas.


What is artificial intelligence?
Artificial Intelligence or AI for an acronym, technically means making a computer eligible to make informed decisions about
a problem which are sometimes beyond processing capabilities of a normal person or in most
cases too time taking to make relevant impact. Artificial Intelligence helps improve decision
making by enabling computers to make real time, high precision impactful decisions. Real
life scenarios utilizing Artificial Intelligence are for example Cab Aggregators suggesting
high density pick up areas considering area specific details like weather, day, time, local
events, etc. to cab drivers to accordingly station their cabs. In fact, we are increasingly
interacting with our computers by just talking to them, whether it’s Amazon’s Alexa, Apple’s
Siri, Microsoft’s Cortana, or the many voice-responsive features of Google. Chinese search
giant Baidu says customers have tripled their use of its speech interfaces in the past 18
months. Then there are the advances in image recognition. Google, Microsoft, Amazon, Baidu
all have features that let you search or automatically organize collections of photos with
no identifying tags. All these use Artificial Intelligence technologies under the hood.