After the fail with tech inside the cat coat, Gene decides to give Arduino a shot due to the right form factor and sufficient functionality – read how it went.I was talking to my friend Bill about this, and he laughed. He said: “Why don’t you try Arduino? It’s a small form factor, low power consumption, does exactly what you need – no more no less, and there’re all kinds of chips and solutions out there.” My first question was: “What the hell is Arduino?” It turns out Arduino was a project by some researcher in Italy. It was his master’s thesis. The idea is, like, there’s open source software out there, so why not open source hardware? It’s really cool, it comes in a small chipset, they can stack them on top of each other (see rightmost image above). There are lots of expansion shields. You can make robots, remote control cars, etc. This guy (see leftmost image above) used it to check the food in his freezer. This guy (see middle image above) puts the glove on, he moves the glove, and the robot hand moves. This guy (see rightmost image above) used it to cheat on his video games. It’s a really small form factor (see right-hand image).
The good news with Arduino is it’s open source and relatively inexpensive, until the cat starts losing it and you have to buy nine of them.The bad news is it’s sometimes poorly documented, and it can take forever to get to you if it’s an expansion shield; and questionable performance sometimes.
Well, okay, cool, that’s great, but I’ve never done anything with Arduino. I’ve never worked with small firmware, chipsets or anything like that. I’m not a professional coder. And I’ve never soldered before. And my friend says: “Don’t worry, it’s easy!”So the plan (see right-hand image) was to get some basic Arduino stuff, decide on the most accommodating form factor, put it all together in a collar, and then figure out something for the Denial of Service Dog. So I went out and I bought the how-to book on the Arduino stuff (see leftmost image below) that came with an Arduino Uno – a whole bunch of guides, a whole bunch of learning and reading up on engineering and electronics and stuff. I get the flashy things flashing when they’re supposed to flash, and the non-flashy things not flashing when they’re not supposed to flash.
So I started, okay, I’m ready to go get the more advanced stuff (see middle image above): I need libraries for WiFi – they got it; GPS – they got it; SD card stuff – they got it. Fantastic! Let’s get a little bit higher now. Jeremyblum.com has a lot of videos on making these things work (see rightmost image above). So now I did all my research and background investigation, and I’m now an expert!
So I went out and I got a WiFi Shield (see leftmost image above) and I got a GPS Shield (see middle image above). The plan I had now (see rightmost image above) was to get the WiFi collecting stuff and writing it to an SD card, get the GPS stuff writing to an SD card, combine the two – and then profit.
The WiFi Shield was really cool. It was easy to set up; drivers worked right away – it was even talked about on the Arduino website. Messing around with some parameters and variables, and I’ve got my solution right there for that. That was easy!GPS – not so much easy (see right-hand image). The NMEA string is what satellites are broadcasting out there, stands for National Marine Electronics Association. This comma-separated value right there is what the satellite is actually sending out. The GPS boot process is it starts up and it doesn’t know where it is on the planet – it could be your back pocket, it could be in Timbuktu. So it has to listen to space, get at least three satellites listening to figure out the NMEA string. This whole process can take 2-15 minutes, and if somebody is looking over your shoulder it’s going to take 15 minutes. The GPS Shield was rather poorly documented (see right-hand image); there were no docs, really, in the kit; and it took me a good several weeks of “What’s wrong with this? Why is it not working?” Finally, at the really long end of the research effort I found out that the baud rate is supposed to be 34800. And I wanted to get some demonstration of how it was poorly documented, but now I go online and I can’t NOT find that the baud rate is 34800, I don’t know why.
So I put all the components together (see leftmost image below). The WiFi Shield, as you see, is sitting on top of the Arduino. The GPS Shield is off to the side because I wanted to reuse some of the pins. And so, I put this all together and I combined the code strings, and I got this weird error about 80% memory utilization (see middle image below). And I’m like: “I see that on the news all the time; blow it off, go for it!” And after a little while I was like: “No, they were telling me the truth – with 80% memory utilization the chip can’t work anymore.” There’s only 32K of memory on an Arduino Uno. The Arduino Mega, however, has 256K of memory.
So I purchased the Mega, put that all together (see rightmost image above), played around with some variables, did some stuff – and woohoo! It works! Now I have a working prototype. So, the Arduino Mega 2560 is mo memory – mo betta; mo ports – mo betta; but mo size is not mo betta.So I searched all over the Internet trying to find something that says “Tiny Arduino 2560”, “Tiny Duino 2560”, from JKDevices.com (see leftmost image to the right). JKDevices.com is a complete rebuff, and I told them I was going to mention that during my talk. They never sent me my stuff. So, Defcon now knows about that. But I didn’t know about that at the time, so now I need a WiFi chip, the Adafruit WiFi chip breakout board right there (see rightmost image above).
Read previous: Weaponizing Your Pets 2: Better Luck Next Time with the Cat


As spotted by 9to5Google, Google has updated the FAQs page of its Android Auto to include almost all the devices running the latest Android 11 OS to support the Android Auto in cars. Google has developed this system to let users connect their phone (compatible apps in it) their car’s infotainment system wirelessly. And now, the maker extends support to all devices running its latest OS, which is Android 11.
Android Auto to Support Most of the Latest Phones
Google has unveiled its Android Auto service back in 2015, a year after the major car manufacturers formed the Open Automotive Alliance. The purpose of this system is to develop a wireless link between your smartphone and the car’s head unit (or the infotainment system), to make it easy for accessing the eligible services without much distraction.
While this seemed like a good idea, lack of support between the devices and the car’s system has barred developing this idea further. But, as per Google’s new FAQs, it’s set to change as numerous devices would be supporting its Android Auto soon. The maker has revealed that all phones that are running on the latest Android (or Android 11) will support the Android Auto soon.
Well, the carmakers have to make this support possible too. Cars with the infotainment system and a WiFi connection should be able to connect to users smartphones and procure data from it. Google mentioned that the phones should be able to support 5GHz Wi-Fi in order to connect, which was a barrier in earlier phones but not with the new ones coming.
Further, it also mentioned that EU players have to wait for a little more time since the EU approvals for using 5GHz WiFi in-car takes time. The feature would let users cast the phone’s compatible apps like Play Music, Maps, GPS, SMS and Phone.


Sitio web en modo borrador
Dr. Bonifazi’s research interests are focused on understanding the relationship between structure and function of brain circuits and networks, with a special attention on how neural systems elaborate, compute and communicate information at the different spatial scales (from synapsis to large brain networks), and on the impact of neurological diseases. His research track is divided in two major experimental lines, specifically developmental (in-vitro) micro-circuits and neuro-engineering, and two computational ones, specifically human brain networks and micro-circuit modelling.
In a pioneering study (2007-2011) on developing hippocampal circuitries, he demonstrated the existence and impact of hub neurons on circuits synchronization (research published in the journals Science, Neuron and reviewed in TINS).
During his staying in the group of late prof. Eshel Ben-Jacob (2010-2015), a world-wide known physicist of complex systems, at the Tel Aviv University, he has been Principal Investigator within the Italy-Israel joint laboratory on Neuroscience and the “BRAINBOW” project (FET-OPEN EU FP7) aiming at developing a Neuromorphic chip for brain circuits’ repair.
Since 2015, he joined the Computational Neuroimaging group at the Biocruces Bizkaia (Bilbao, Spain) as an Ikerbasque Researcher, where he opened a new line of research on the macro-scale brain networks, based on his firm believe that understating how brain circuits operate require a multi-scale approach trying to bind activities emerging from microcircuits to larger brain network dynamics. Since then, he provided new evidence on the structural-functional match in resting-state brain networks (Sci. Rep. 2015) and the major role of the fronto-striato-thalamic circuit in brain aging (HBM, 2018). In addition, he has been leading as PI a project aimed at studying the multi-scale nature of epileptic networks in human patients combining deep electrode recordings and magnetic resonance imaging (funded by the Spanish Ministry), in collaboration with the Ruber International Hospital (Madrid). The results of this study (under publication) provide new tools for more accurate and non-invasive identification of epileptic networks.
In his most recent works, he provided: one of the few clear evidence in the literature of how astrocytes impact the structural and functional topology of neuronal circuits, with dysfunctional astrocytes leading to patho-topological circuits’ connectivity (PNAS, 2018), and neuro-engineering evidence of real-time information transfer between artificial and biological neuronal networks using patterned optogenetics and multi-electrode recordings in-vitro (Sci. Rep. 2020).
Lately (2020-now), he opened a new line of research on pathological structural-functional circuits’ architecture in animal models of epilepsy, both in-vivo and in-vitro, specifically through: 1) an established model of temporal lobe epilepsy in mice (through Kainate Acid injections) to look longitudinally at the onset of epileptiform activity using in-vivo calcium imaging with mini-scope in non-anesthetized freely moving animals, and 2) an in-vitro model of epilepsy based on organotypic hippocampal slices temporally cultured with GABAergic antagonists, to look at circuit’s reorganization and structural changes revealed by post-hoc staining. The above projects are supported by “AYUDAS JUAN DE LA CIERVA-FORMACIÓN 2018” (Spanish Ministry for Science and Innovation).
Since 2014 he holds the Italian National Scientific Qualification for Associate Professor of Physiology and Applied Physics, and he have been supervising first degree students (9), masters students (2), PhD students (3) and post-doctoral fellows (2). He has been able to attract competitive funds mostly from National (Spanish) and European institutions (FET-OPEN and Marie Curie calls).


Robotics company Bionik Laboratories, based in Toronto, has developed an interface that could be a game-changer for those requiring mobility assistance.
This interface can control the lower body of Bionik’s Arke robotic exoskeleton using Amazon’s Echo and Alexa voice command technology. As long as the user is within voice range of Alexa, he can get help in simple movements with commands such as “Alexa, I’m ready to stand” and “Alexa, let’s walk to the kitchen.”
“This pairing of our robotic technologies with the power of Amazon’s Alexa further pushes the boundaries of what technology can do within the home health-care industry, and we believe we will help many impaired individuals regain the mobility they once lost,” Bionik Co-Founder, Director and COO Michal Prywata said in a statement.
While the tech is far from perfect (users must remain within range of Alexa for it to work), it is yet another of the abundant innovations made recently in using technology to improve mobility assistance.


Non-Contact Infrared Thermometer
In stock, ships same day if order received by 3pm PST.
309 in stock
Model Number: Bo Hui T-168
- Precise non-contact measurement
- Built-in laser pointer
- ℃ or ℉ Selectable
- Display Resolution 0.1℃ (0.1℉)
- Automatic Data Hold & Auto Power off
- Alarm function: value can be set
- 3 colors LCD Display. Different backlight colors are assigned for different temperature ranges under BODY mode. When the body temperature exceeds the alarm temperature (default value is 100.4℉), the device will display red backlight and trigger alarm.
- One button measurement
- Memory of the last 32 readings
- Certification: CE / ROHS / FCC / PSE
- Measurement Range : 90℉-109℉ (32℃ – 42.9℃)
- Resolution: 0.1℃/℉
- Measured Distance: 2in – 5.9in (5cm – 15cm)
- Temperature Unit: ℃ and ℉
- Power Supply: 2 x AAA batteries
- Product Dimensions: 7.67″ L x 4.84″ W x 0.23″ H
- Product Weight: 3.5oz (not including batteries)
- Automatic Shut Off: 20s
- Measurement Time: <1 second
- Date of Production: Refer to Quality Card
*Subject to changes in specifications without further notice
Regular checking of body temperature will help prevent the spread of disease, especially in pandemic situations. This digital infrared thermometer is FDA approved and takes only 1 second to get a reliable reading. Because it is a quick no-contact instrument, it is one of the safest ways to check for raised temperatures and many healthcare professionals and home health aids are using these thermometers for their patients, including on children. There is no hassle or risk of cross-contamination. Plus, the fast results make it ideal for checking bigger groups and work crews.
Only logged in customers who have purchased this product may leave a review.
Jon Synder (verified owner) –
Verified review - view original


Product Data Sheet
Updated: November 2016 This datasheet replaces all previous versions
P-212 WHT (download pdf)
GLASS CLOTH TAPE
P-212 WHT is a high thermal rating tape combined with superior solvent resistance and flame retardancy. This tape is ideal for use in aerospace and electrical applications.
- High thermal rating and flame retardancy.
- Excellent edge tear resistance and superior conformability on most substrates.
- Offers superior solvent resistance.
- GLASS CLOTH
- SILICONE ADHESIVE
- Premium tape used in solvent resistant flame retardancy applications.
- High temperature cable harness, connection insulating, coil connection, coil ends, terminal board pads, coil outer wraps, holding coil leads, anchoring terminal boards, sealing and enclosing hermetically packaged components, motor leads, internal connections and slot cell edge taping applications.
- General purpose insulating and holding applications involving heavy gauge wires and or high temperatures.
PROPERTIES, CERTIFICATIONS AND SPECIFICATIONS
|Total Tape Thickness
|Adhesion to Steel
|Insulation Class CSA
|Insulation Class UL
|UL-510 & CSA C-22-2
|MIL-I-19166C/ FAR 25.853
*CAUTION: The above are typical values and should not be used in writing specifications. Customer is responsible to ensure product meets intended application requirements before approved for use.


- Chipset: SiliconImage 3726; RocketRAID 622: Marvell 88SE9128
- HDD Trays: 4 Hot-Swappable 3.5"
- Maximum Capacity: 16TB (4 TB per Bay)
- Cooling Fan: 3.15" Ball Bearing Fan
- Bundled with RR622 RAID controller card for over 200MB/s RAID 5 performance.
- Dual-port eSATA 6Gb/s PCIe 2.0 x1 RAID controller supports up to 2 units or 8 hard drives in a single or multiple RAID array.
- Backward compatible with PCIe 1.0.
- Supports RAID 0, 1, 10, 5, 5+ spare, spanning and JBOD.
- Supports online expansion to expand capacity without the need to recreate the RAID volume and erase the existing data.
- Built-in real time hard drive health monitoring and e-mail notification for critical events.
- Supports PC, Linux and MAC OS, including Windows 7 and Snow Leopard.
- Accesses four hard drives using only one cable.
- Host interface: eSATA with Port Multiplier.
- Drive interface: 4 x 3.5" SATA I / SATA II.
Click Here for California Proposition 65 Warning.


CloudGripper is an open source cloud robotics testbed for remote robotic manipulation research, benchmarking and data collection at scale with a current deployment of 32 robot arm cells at KTH Royal Institute of Technology, Stockholm, Sweden. The aim of the project is to create a global community of contributors and remote users of this testbed that will leverage CloudGripper for research, benchmarking and data collection. Come visit us at our booth at IEEE/RSJ IROS in Detroit, USA to find out more.
You can sign up to our newsletter here. Alternatively, contact us at info (at) cloudgripper (dot) org.
A preprint about CloudGripper is available here: "CloudGripper: An Open Source Cloud Robotics Testbed for Robotic Manipulation Research, Benchmarking and Data Collection at Scale" by Muhammad Zahid and Florian T. Pokorny.
You can find sofware and CAD files under open source licenses on our GitHub organization: CloudGripper on GitHub. Assembly instructions are available here. A MuJoCo simulation of CloudGripper will also be made available shortly.
We are currently finalizing the best options for hosting the large multi terabyte datasets being generated with the CloudGripper robots. At the moment two datasets of a total of approximately 2 terabytes of randomized pushing interactions are available. A data sample from the CloudGripper-Rope-100 dataset of more than 100 hours of rope pushing interactions is available here. A further datasample of our recently submitted work "Video Transformers under Occlusion: How Physics and Background Attributes Impact Large Models for Robotic Manipulation" Shutong Jin, Ruiyu Wang, Muhammad Zahid, Florian T. Pokornywhich resulted in a video pushing dataset with more than 1000 hours of data can be found here.
Please email info (at) cloudgripper (dot) org for access to the full dataset and more information.
The initial release of CloudGripper was developed by Muhammad Zahid and Associate Prof. Florian Pokorny at the Division of the Robotics, Perception and Learning at KTH Royal Institute of Technology. A cloud robotics test-bed installation based on this design is currently being scaled with funding for more than 100 robots as part of the WASP funded Swedish excellent research environment (NEST) grant "Intelligent Cloud Robotics for Real-Time Manipulation at Scale" coordinated by Florian T. Pokorny and with co-investigators Monowar Bhuyan, Erik Elmroth and Martina Maggio. This work is partially supported by the Wallenberg AI, Autonomous Systems and Software program (WASP) funded by the Knut and Alice Wallenberg Foundation.


RoboCup is an international robotic comptition founded in 1997 with the aim of promoting robotics and AI research. The official goal of the RoboCup initiative is that:
By 2050, a team of fully autonomous humanoid robot soccer players shall win the soccer game, complying with the official rule of FIFA against the winner of the most recent World Cup.
There are a variety of different leagues within the competition including RoboCup Soccer, Rescue, Simulation, @Home and RoboCupJunior. Visit the RoboCup website for more information.
➤About RoboCup Asia-Pacific(RCAP)
RoboCup Asia Pacific (RCAP) is a super-regional headquarter representing the RoboCup Federation coordinating RoboCup activities in the Asia Pacific region. RCAP headquarter is located in Singapore. The founding regions are:
The first RoboCup Asia Pacific (robocup-ap2017.org) event will be held in Bangkok, Thailand, from 12 – 18 Dec 2017.
➤RoboCup Asia-Pacific(RCAP) CoSpace Challenges
➤RCAP CoSpace GrandPrix Challenge
In the CoSpace Grand Prix Challenge, teams are required to make a robot, code a robot, and finally take part in the Robot Race in the real-virtual co-existing space. The robot race begins in the real world. It will notify its virtual team robot after it reaches the teleportation terminal. The virtual robot will continue the race in the virtual world to complete the course. Teams are required to develop appropriate strategies for both real and virtual autonomous robot.
➤RCAP CoSpace Rescue Challenge
In CoSpace Rescue, teams are required to build a real robot, develop and program appropriate strategies for both real and virtual autonomous robots to navigate through the real and virtual worlds and collect objects, while competing with another team’s robot that is searching and collecting objects in the same real and virtual worlds.
➤RCAP CoSpace Logistics Challenge
The CoSpace Logistics Challenge is targeting the use of robots in work-related scenarios and smart factories for Primary, Secondary, and Tertiary students.
The CoSpace Logistics Challenge utilizes ideas and concepts from RoboCup@Industry. It is conducted in a co-existing real-virtual space. In the CoSpace Logistics Challenge, teams are required to make and program a real mobile robot, a virtual mobile robot, and a robotic arm. In the real world, the robot arm will manipulate the objects and load/unload them on the mobile robots. The mobiles robot will then deliver the objects to the teleportation station and teleport them to the virtual world for making new products in the smart factory.


It may not be necessary to use an industrial-grade switch or one that is managed in a SOHO office (small office), if you are sharing storage and internet with other SOHOs, home offices or similar home-based businesses. You can now play HDTV video on home office and small business networks. A few even store their security footage for small and home businesses on our network. An unmanaged device might not be adequate for such scenarios. A managed switch or, better yet, an Internet-managed device would be preferred continue.
Why is the use of managed gigabit switches on the rise in offices and small businesses?
This switch is used by both large and smaller companies. In the end, they are being used at homes. Over the past few years, managed ethernet switches’ prices have decreased. Even gigabit switches become cheaper. Both in terms of the number of functions and ease of use of these switches, they have grown. Why? The goal is to increase the number and quality of streams. This is also true for video streams featuring security footage. Any business that uses VoIP telephones should find it sufficient. You can get a quick overview here of all the managed network switches. This article will debunk some of the myths that are used on the market. The information will allow you to determine the best switch for office, home and even home offices. It can also tell you whether “you should switch now.”
Unmanaged Network Switches
They “just work”, when you plug in the cables, turn them on and connect to the wall. This may work or it may not, so you should be cautious. You may want to consider a change. Upgrade from standard LANs to managed ones.
Smart network switches
As switch prices dropped, large computer makers began developing intelligent network switches in the 1990s. This feature was only available via the web interface. So were network controlled switches (also known as web controlled switches) born. Marketing claimed that the switches could intelligently control the majority features. It meant, in general, that you weren’t able to control as many switch network using the web interface. Unmanaged and Managed switches can both be classified under web-managed smart switches. While shopping for intelligent switch network, remember to balance price with feature.


- 콜 로 키 움 -
□ 제목: Axion dark matter: Cosmic hide-and-seek
□ 연사: 윤성우(IBS Axion 실험 연구단)
□ 일시: 2018년 11월 15일(목) 오후 4:30
□ 장소: 제1과학관 206호
□ 요약: The axion is a consequence of the PQ mechanism to solve the strong-CP problem and has been considered as an attractive candidate for cold dark matter.
The Center for Axion and Precision Physics Research (CAPP) of the Institute for Basic Science (IBS) has been establishing state of the art axion experiments in Korea since 2013.
The detection scheme relies on so-called haloscope technique in which axions are converted into microwave photons by a strong magnetic field.
Multiple experiments are currently under preparation for parallel operation targeting at different mass ranges.
The ultimate goal of our center is to be sensitive to the DFSZ model over a wide range of axion mass.
We present the status of the experiments and discuss the future prospects.
☞ 학생들의 많은 참여 바랍니다(누구나 참석 가능).


Understand Your Peripherals Options Before Purchasing A New Computer
If you are shopping for a new computer, you need to think about the entire picture. You need to think about the type of peripherals that you are going to need on your new computer. The types of peripherals you need really depends upon your unique computer usage and needs. Here is a quick breakdown of the different types of peripherals that come on new computers, as well as a quick explanation of how each of those peripherals works.
The most standard peripheral on computers is the USB port. The USB is an extremely useful feature. You can connect keyboards, mouses, hard drives, monitors and even electric guitars through the USB port.
There are two different versions of the USB peripherals that come on computers. Most older computers utilize a 2.0 USB port. Many new computers also come with at least one 2.0 USB port as well.
The latest version of the USB peripheral is the USB 3.0. The USB 3.0 version is faster than the 2.0 port. The USB 3.0 port is essential if you are going to use your USB port to transfer a lot of data all at once through your connected devices.
You will find a variety of different computer models that come with combinations of USB 2.0 and 3.0 ports, as well as some computers that only 2.0 or 3.0 ports.
HDMI outputs are designed to allow you to connect your computer to your television. You can use an HDMI output to transfer both visual images and audio from your computer to your television. You can also use HDMI outputs to connect your computer to a larger computer monitor.
The SD slot is typically used to transfer photo and video data from your camera to your computer. This peripheral is essential if you use your camera extensively and like to edit photos on your computer and create photo- and video-based projects.
Additionally, SD slots can also be a useful way to expand the storage capacity of your computer. If the new computer you purchased does not have a lot of storage, an SD slot can allow you to increase the memory capacity of your computer. You can even use the SD slot to speed up your computer.
Before you purchase a new computer, make sure that you take some time to look at the peripherals. The peripherals on your computer greatly influence how you can use it, so make sure your new computer has the peripherals that you need. Reach out to a company like Geek City for more info.


Google Kubernetes Engine#
RAPIDS can be deployed on Google Cloud via the Google Kubernetes Engine (GKE).
To run RAPIDS you’ll need a Kubernetes cluster with GPUs available.
Ensure you are logged into the
$ gcloud init
Create the Kubernetes cluster#
Now we can launch a GPU enabled GKE cluster.
$ gcloud container clusters create rapids-gpu-kubeflow \ --accelerator type=nvidia-tesla-a100,count=2 --machine-type a2-highgpu-2g \ --zone us-central1-c --release-channel stable
With this command, you’ve launched a GKE cluster called
rapids-gpu-kubeflow. You’ve specified that it should use nodes of type a2-highgpu-2g, each with two A100 GPUs.
Next, install the NVIDIA drivers onto each node.
$ kubectl apply -f https://raw.githubusercontent.com/GoogleCloudPlatform/container-engine-accelerators/master/nvidia-driver-installer/cos/daemonset-preloaded-latest.yaml daemonset.apps/nvidia-driver-installer created
Verify that the NVIDIA drivers are successfully installed.
$ kubectl get po -A --watch | grep nvidia kube-system nvidia-driver-installer-6zwcn 1/1 Running 0 8m47s kube-system nvidia-driver-installer-8zmmn 1/1 Running 0 8m47s kube-system nvidia-driver-installer-mjkb8 1/1 Running 0 8m47s kube-system nvidia-gpu-device-plugin-5ffkm 1/1 Running 0 13m kube-system nvidia-gpu-device-plugin-d599s 1/1 Running 0 13m kube-system nvidia-gpu-device-plugin-jrgjh 1/1 Running 0 13m
After your drivers are installed, you are ready to test your cluster.
Let’s create a sample pod that uses some GPU compute to make sure that everything is working as expected.
$ cat << EOF | kubectl create -f - apiVersion: v1 kind: Pod metadata: name: cuda-vectoradd spec: restartPolicy: OnFailure containers: - name: cuda-vectoradd image: "nvidia/samples:vectoradd-cuda11.2.1" resources: limits: nvidia.com/gpu: 1 EOF
$ kubectl logs pod/cuda-vectoradd [Vector addition of 50000 elements] Copy input data from the host memory to the CUDA device CUDA kernel launch with 196 blocks of 256 threads Copy output data from the CUDA device to the host memory Test PASSED Done
If you see
Test PASSED in the output, you can be confident that your Kubernetes cluster has GPU compute set up correctly.
Next, clean up that pod.
$ kubectl delete pod cuda-vectoradd pod "cuda-vectoradd" deleted
Now that you have a GPU enables Kubernetes cluster on GKE you can install RAPIDS with any of the supported methods.
You can also delete the GKE cluster to stop billing with the following command.
$ gcloud container clusters delete rapids-gpu-kubeflow --zone us-central1-c Deleting cluster rapids...⠼


Storage solutions are methods to archive or store computer data in optical, magnetic, electronic, or other formats. Data can be stored on fixed premises, on portable drives, external drives, portable media, or remote servers. These solutions allow users to access their data from any location and at any time. It is used by organizations, public and private storage services, Internet service providers, and individuals for various purposes. The services support data archiving, data backup, system recovery, and off-site data backup.
Remote data backup services, also known as cloud computing, have become quite popular over the last few years. The primary advantage of cloud solutions is that the data files can be accessed from any internet-connected computer. Thus, users can access archived data files from any computer. Using this service entails no limitations and hence, saves a lot of time and money.
One of the common types of storage solutions is NAS (network-attached storage). A NAS system stores data files on a central server attached to a local network or a laptop. This system can easily be configured to store information on an NFS, FTP, or CVS. NAS appliances usually come with their software-defined storage area.
Self-storage solutions can be either physical or virtual. Virtual storage units are designed to be accessed temporarily, while physical storage units are designed to be used daily, weekly, or monthly. Physical storage units are usually placed in strategic areas such as a business center, home, or garage. They can be accessed through doors, by keys, or through a PABX system. The client computer connects to a network with virtual storage units and uses a login and password system to access the storage space.
There are some advantages of using self-storage solutions. One advantage is that users do not have to worry about backup and security data stored in storage units. It also provides greater convenience to clients who have less storage space. Project Management Clients can also take backup software to store files on a remote server and access them from any location. A self-storage management system allows one to recover data files even after hardware failure.
Cloud-based storage devices solutions are also quite popular these days. Many companies use the cloud to manage their client data and storage devices. Most cloud services provide SaaS models to allow easy integration with various software applications. Some of the popular choices for cloud storage solutions include:
Non-volatile flash-based (non-RAM) data storage solutions, such as hard drives, complex disk arrays, and Solid State Drives (SSD), have been used for decades. The advancement in chip and storage design technologies has resulted in non-volatile flash-based (also known as NVRAM) solutions. These all-flash arrays store data across multiple DRAM DIMMs, thereby increasing the capacity of a single storage device. These all-flash arrays provide excellent performance but are typically expensive.
Another form of non-volatile memory is a software-defined storage solution. This form of storage is a combination of hardware and software, where a software program is installed on a computer or server that stores all the data files. The advantage of this form of solution is that it allows the administrator to adjust the storage capacity without modifying the software that maintains the set data files. Software-defined storage solutions offer improved performance compared to dynamic, volatile, or physical complex drive systems. They also provide better compatibility between various software programs.
Modern storage solutions use non-volatile flash devices and NVRAM to deliver high capacity and high-speed performance. One example of such a product is rack mount options such as rackmount fabric media (RMM) and floating shelves. Floating shelves are rack-mounted shelves that allow users to add additional storage via rollers or casters.
Rackmount fabric media is one of the most popular storage solutions available in the market today. It uses a system of hooks and rolls to connect shelves, racks, and other equipment to provide easy access and maintenance. Many IKEA racks use hooks and rolls made from high-quality material that will last for many years and can withstand the harsh conditions of most manufacturing environments.
Drawer hacks, or wall shelves, are another type of storage solution provided by IKEA. Drawers hacks are unique in that they provide a full-length surface – much like a large chest of drawers – that can be used to hang clothing. The clothing can be stored in the drawers when not in use, and they can then be accessed at night or while in storage. IKEA also offers an innovative product called the i-lock stool, a customized stool with a lock built into the top.


The German start-up provides a set of modular software and hardware solutions for IoT sensor installation and maintenance. These tools are applied by energy suppliers and the housing industry.
The platform simplifies and accelerates consumption billing for the real estate industry. It serves as a control center for device configuration and data processing, working hand-in-hand to deliver a smooth sub-metering process - from installation to cost allocation, and more.
The then-existing prototype was not strong in terms of architecture, scalability, and future maintenance. It required a solution for passing data from meters to a gateway, sending it to a server for processing, and utilizing it for cost allocation. We started with a code review and shortly were given the first major task - to develop the core of the product, which offers flexibility in terms of future iterations and experiments.
Stable, scalable, and cost-effective backend API allowing other companies to integrate the system into their legacy apps.
We shipped the API to connect a Rails backend with the customer mobile application.
Meter values can be automatically transferred from one software system to another.
The software provides monitoring and alarm functionalities.
Thanks to wireless technology, consumption data is readily accessible in the web application.
The solution provides users with high-resolution monitoring in real-time.
Single-page web application for platform management and sensor installation.
The platform is stable and currently running more than 500 gateways, each of which handles around 1100 meters.
The more I got to know them, the more I appreciated their style of work. They’re helping us build the right tool, not just by providing designers, but also by understanding the problem and product very well. They constantly enable us to challenge our solution, asking a lot of good “Why?” questions and proposing easier solutions to our problem. Their support is invaluable.


In poor visibility situations, our products help humans and machines to see better. We add analytics so the extra details seen can be better understood.
SpaceVee designs and produces advanced visualization technologies, devices and services. The company was founded in 2016 with the objective of revolutionizing vision in visibility challenging conditions faced by humans and our intelligent machines. We deliver this capability through two leading-edge solutions, ERV and Vision.
ERV (Enhanced Remote Visualization) is our embeddable technology that improves the vision of satellites, drones and UAV. It enables improved vision through dust, smoke, haze, fog, rain, thin clouds and more. It operates in normal ambient visible light thus ideal for covert or stealth operation requirements. Our ERV camera is based on our ERV technology.
Vision is SpaceVee’s cloud platform that uses image post-processing to enable vision through visual barriers in preexisting images (still and motion). Vision operates with photos of any age regardless of whether just taken or decades ago. Much greater detail and subsurface features are revealed as a result. Images captured by satellites, drones and UAVs can be rapidly processed by uploading to Vision.
Contact us to request a demo and a trial account.


Vivo’s attractive features on the new phone 2022 are discussed in this post. In today’s post, I will discuss the Vivo smartphone with you. I regularly consult with you on different smartphones on this site. Suppose you are interested in learning about smartphones. Then read my posts regularly. Nowadays, almost all of us are using smartphones. There are currently many companies for smartphones. Those who regularly offer us new smartphones. And so I also review with you the popular smartphones of different companies.
In today’s episode, we will discuss several Vivo smartphones. If you have never used a Vivo smartphone, you can read this post today. If you like the Vivo smartphone, then you can use it. I never suggest you a smartphone by myself. I will try to tell you all the details about smartphones. From there, you can choose according to your choice. I wrote this post today about the phones that are currently the most popular in Beaver. You will find all the phones in the market now. So you can order and collect the phones if you want.
Vivo’s attractive features on the new phone: Vivo Y21 was announced and released on August 20, 2021. This phone dimensions are 164.3 x 76.1 x 8 mm. The Vivo Y21 has a dual-camera arrangement on the back with a 13-megapixel primary camera with an f/2.2 aperture and a 2-megapixel camera with an f/2.4 aperture. The Vivo Y21 has a 6.51-inch HD+ IPS LCD. It features a Full-View waterdrop notch. The triple 13+2+2 MP back camera has PDAF, a depth sensor, a specialized macro camera, and an LED flash, among other features. Wi-Fi, Bluetooth v5.00, and USB OTG are among the Vivo Y21’s connectivity options. The phone’s sensors include a fingerprint sensor.
|Phone Brand||Vivo Y21|
|First Released||August 20, 2021|
|Back Camera||13MP + 2MP|
|Color||Diamond Glow, Midnight Blue|
Vivo V23 5G
Vivo was released V23 5G on January 19, 2022. The triple 64+8+2 MP back camera features PDAF, ultrawide, OIS, macro lens, LED flash, and 4K video recording. The dual front cameras are 50+8 MP. The Vivo V23 5G comes with 128GB of internal storage and runs Funtouch OS 12 based on Android 12. Vivo V23 5G is a dual-SIM phone that accepts Nano-SIM and Nano-SIM cards. The Vivo V23 5G weighs 179.00 grams and is 157.20 x 72.42 x 7.39mm (height x width x thickness). The Vivo V23 5G has a 4200 mAh battery and supports 44W Fast Charging. It has 8 GB of RAM, an octa-core CPU running up to 2.5 GHz, and a Mali-G68 MC4 GPU.
|Model||Vivo V23 5G|
|Dimensions||157.2 x 72.4 x 7.4 or 7.6 mm|
|Selfie Camera||50MP + 8MP|
|Main Camera||64MP + 8MP + 2MP|
|USB||USB Type-C, USB On-The-Go|
|Battery||Li-Po 4200 mAh, Non-Removable|
|Phone Color||Sunshine Gold, Stardust Black|
Vivo X70 Pro
Vivo’s attractive features on the new phone: Vivo X70 Pro was released on September 17, 2021. The Qualcomm Snapdragon 888+ chipset in the Vivo X70 Pro+ slightly increases above the Snapdragon 888 found in most premium Android flagships. This CPU sports a faster Hexagon 780 AI Engine and a faster 3GHz (2.999GHz) clock speed. The Vivo X70 Pro has 128GB of internal storage and runs Funtouch OS 12 based on Android 11.
The Vivo X70 Pro is a dual-SIM phone that accepts Nano-SIM and Nano-SIM cards. The X70 Pro has a quad-camera setup with a dual-tele arrangement with Zeiss-certified optics, just like the flagship model X70 Pro+. However, the Plus model has higher resolution sensors and quicker apertures in some modules. The primary camera has a massive 50 MP sensor and an f/1.75 lens, while the 12 MP ultra-wide has gimbal-style stabilization. This phone is now available in all Vivo shops.
|Brand Name||Vivo X70 Pro|
|Phone Size||6.56-inch (1080×2376)|
|Back Camera||50MP + 12MP + 12MP + 8MP|
|Network||5G supported by the device|
|Sim Slots||Dual SIM, GSM+GSM|
|Available Color||Cosmic Black, Aurora Dawn, White|
Vivo Y53s was announced on June 09, 2021, and released on June 11, 2021. The triple 64+2+2 MP back camera features PDAF, depth sensor, macro lens, LED flash, and 4K video recording. The front camera has a resolution of 16 MP. The mobile has an Octa-core (2 GHz, Dual-Core, Kryo 460 + 1.8 GHz, Hexa Core, Kryo 460) Qualcomm Snapdragon 480 processor with 8 GB of RAM and 128 GB of internal storage; thus, it performs well. The Vivo Y53s is equipped with a 5000mAh battery that supports 33W Fast Charging. It has 8 GB of RAM, an octa-core CPU running up to 2 GHz, and a Mali-G52 MP2 GPU.
|Model Name||Vivo Y53s|
|Released||June 11, 2021|
|Dimensions||164 x 75.3 x 8.5 mm|
|Back Camera||64 MP|
|Battery Backup||Li-Po 5000 MAh, Non-removable|
|Color||Black, Blue, Silver|
Vivo’s attractive features on the new phone 2022: Vivo V21e available released on May 05, 2021. An octa-core MediaTek Dimensity 700 processor powers the Vivo V21e 5G. It has a total of 8GB of RAM. The triple rear camera has 64+8+2 MP, PDAF, ultrawide, macro lens, LED flash, and 4K video recording, among other features. The front camera has a resolution of 44 megapixels. The Vivo V21e has a 4000 mAh battery and supports 33W Fast Charging. It has 8 GB of RAM, an octa-core CPU that runs at up to 2.3 GHz, and an Adreno 618 GPU. The Qualcomm Snapdragon 720G (8 nm) chipset powers it. The Vivo V21e 5G is powered by a 4000mAh battery and runs Android 11. The Vivo V21e 5G features Vivo’s rapid charging technology.
|Model Name||Vivo V21e|
|Rear Camera||64MP + 8MP|
|Card Slote||MicroSDXC – Dedicated Slot|
|Battery||Li-Po 4000 MAh|
|Color||Diamond Flare, Roman Black|
Vivo’s attractive features on the new phone:
I have tried to discuss different smartphones with you in today’s post. If you want to know more about these smartphones, you can visit the official website of Before directly. I will give the link to Bevor’s website below. From there, you will know more details about each smartphone. Also, if you have any other information, please comment to me. I will try to help you. If you want to order these phones, you can order from various online shops. All the phones are now available in the market. You can also order directly from Vivo’s official website. You can collect the phones from any place according to your convenience. Thanks, everyone.


A Graduate Diploma in Information Technology student is looking forward to putting his model self-driving car to the test.
Zengshuai (Frank) Li designed and built the autonomous car as part of his Next Generation Hardware course.
In doing so he made use of a raspberry pi computer, a small camera, and a converted Play Station controller.
Next, he will ‘train’ the car on a practice course, using the controller to determine speed and direction.
The camera will capture still images and upload parameters to the cloud. These parameters are in turn used to train the model. It’s a similar concept to that used by the car companies manufacturing self-driving vehicles.
Once it is trained, the car can be driven on trained maps and routes via Artificial Intelligence.
Published on 25 Mar 2021
Orderdate: 25 Mar 2021
Expiry: 25 Mar 2023


Huawei G8 specification and prices
First info about the G8 by Huawei appeared on July 2015 and the first deals appeared on October 2015. The mobile phone is on sale from carriers including AT&T Wireless, Verizon Wireless, Metro PCS, Boost Mobile as well as retailers like Wal-Mart, Best Buy.
The mobile phone runs on the most popular operating system on the market for now - Android OS. G8 was produced with the already outdated for today Android version: 5.1 (Lollipop). It means that the mobile phone will support most part of the old games and apps and a very few number of the latest ones with this default OS version. The phone is equipped with Octa-core (4x1.5 GHz Cortex-A53 & 4x1.2 GHz Cortex-A53) processor that provides a perfect performance. The mobile phone has 2 GB RAM that is a standard amount of memory for normal usage.
The G8 has powerful 13 megapixel primary camera. With such camera owner of this mobile will be able to make amazing pictures and videos. The camera has aperture size 2. It is a not very large aperture for a mobile phone and it will allow the Huawei G8 to let in more light to capture satisfactory quality pictures in dark rooms. 5 megapixel front camera makes G8 a common choice for having selfies. Primary camera of G8 can shoot full HD high quality video, which image is not so perfect as 4K but is also very bright and clear.
The mobile phone has a rather big 5.5 inch display.
This cell phone has non-removable 3000 mAh battery.
The phone's weight is [euro_weight] grams ([us_weight] oz), it is 152 mm (5.98 in) high, 76.5 mm (3.01 in) wide and has a 7.5 mm (0.30 in) depth what means that this model is thin.
You can purchase G8 in Black, White or Gold colors.
Internal Storage & RAM
- 2015, July
- Available. Released 2015, October
- Android OS, v5.1 (Lollipop), planned upgrade to v6.0 (Marshmallow)
- Qualcomm MSM8939 Snapdragon 615
- Octa-core (4x1.5 GHz Cortex-A53 & 4x1.2 GHz Cortex-A53)
- Adreno 405
- 13 MP, f/2.0, 28mm, autofocus, OIS, dual-LED (dual tone) flash
- 5 MP, f/2.4, 22mm
- Geo-tagging, touch focus, face/smile detection, panorama, HDR
- 5.5 inches
- 1080 x 1920 pixels (~401 ppi pixel density)
- IPS LCD capacitive touchscreen, 16M colors
- Yes - Emotion UI 3.1
- Non-removable 3000 mAh battery
- 152 x 76.5 x 7.5 mm (5.98 x 3.01 x 0.30 in)
- 167 (5.89 oz)
- Dual SIM
- Black, White, Gold
- 16 GB, 2 GB RAM 32 GB, 3 GB RAM
- microSD, up to 64 GB (uses SIM 2 slot)
- Wi-Fi 802.11 b/g/n, hotspot
- v4.0, A2DP, LE
- Yes, with A-GPS, GLONASS
- To be confirmed
- microUSB v2.0
- Fingerprint, accelerometer, proximity, compass
- SMS(threaded view), MMS, Email, Push Mail, IM
- GSM / HSPA / LTE
- GSM 850 / 900 / 1800 / 1900 - SIM 1 & SIM 2
- HSPA 42.2/5.76 Mbps, LTE Cat4 150/50 Mbps
- Class 12
Where to buy Huawei G8?
Huawei G8 compared to rivals
List of all phones similar to Huawei G8. Find out what mobile phone has better camera, processor, screen and battery life. Compare tech specs of G8 to its rivals.
Many phones specification looks similar at first sight. And sometimes it can be even difficult to say which cell phone is better until you compare their specs side by side. That's why G8 comparison to its rivals will help you greatly to select really the best smartphone for now.
Huawei G8 videos
G8 video reviews will give you full info about the phone's specs and features in the most convenient way. Just click Play button and relax.
There is no need to read any texts and to explore huge tables with specs. Just watch a few videos about this smartphone to find out if you want to buy it.
Huawei G8 reviews by users and experts
List of G8 reviews by experts and users. The phone rating will help you to facilitate the process of selecting.
The best way to understand all pros and cons of G8 is to read reviews by customers and experts from GSMArena, CNET, TechRadar and others. You will find there real-world experience and not just an attractive advertising slogans of the manufacturer. And if you are already the owner of this mobile phone please share your experience to help other people to decide if they want to buy it. Do you have little time for review? Then just rate G8 it will be very useful too!


Samsung Galaxy M30s and Samsung Galaxy M10s price have been revealed. The Galaxy M30s has a couple of big highlights including its enormous 6,000mAh battery, its Super AMOLED display, and its triple rear camera setup. As the name recommends, Samsung Galaxy M30s is an updated version of Samsung Galaxy M30. Samsung additionally propelled the Galaxy M10s smartphone at this occasion, which is the first smartphone under KRW 167500 to feature a Super AMOLED display panel as indicated by Samsung.
- 0.1 Samsung Galaxy M30s Specifications
- 0.2 Samsung Galaxy M30s Price
- 0.3 Samsung Galaxy M10s specifications
- 0.4 Samsung Galaxy M10s Price
- 1 Samsung Galaxy M30s
- 2 Samsung Galaxy M10
Samsung Galaxy M30s Specifications
At its dispatch occasion, Samsung is detailing
- the 6.4-inch Infinity-U Display
- features a Super AMOLED panel.
- highlights Widevine L1 certification for HD content playback on Netflix, Amazon Prime Video and other services.
- it will ship with a massive 6,000mAh battery.
- run Samsung’s One UI,
- Android 9.0 Pie.
- features a triple rear camera setup,
- a 48-megapixel main camera,
- an 8-megapixel ultra-wide angle lens camera,
- a 5-megapixel depth camera.
- a 16-megapixel front camera.
- powered by the new octa-core Samsung Exynos 9611 SoC,
- ARM Mali G72 MP3 GPU.
- 4GB RAM (LPDDR4X) + 64GB storage (UFS 2.1) varient and 6GB RAM + 128GB storage varient.
- expandable storage via microSD card (up to 512GB).
- accessible in Opal Black, Sapphire Blue, and Pearl White colour variants.
Samsung Galaxy M30s Price
Samsung Galaxy M30s price in 2019 is KRW 234483 for the 4GB RAM/64GB storage variant and KRW 284733 for the 6GB RAM/128GB storage variant. Samsung Galaxy M30s will be accessible on Amazon and Samsung online store from September 29.
Samsung Galaxy M10s specifications
Samsung Galaxy M10s is a budget smartphone with
- a Super AMOLED display
- a 6.4-inch HD+ display
- powered by the Exynos 7884B SoC,
- a 4,000mAh battery
- support 15W fast charging
- a rear-mounted fingerprint scanner
- a 13-megapixel primary sensor
- a 5-megapixel ultra-wide sensor at the back.
- an 8-megapixel selfie camera.
- Stone Blue colour variant and Piano Black colour variant.
Samsung Galaxy M10s Price
Samsung Galaxy M10s price for the 3GB RAM/32GB storage variant is KRW 150733. Samsung Galaxy M10s will be accessible on Amazon and Samsung online store from September 29.
- Display 40-inch (1080×2340)
- Processor Samsung Exynos 9611
- Front Camera 16MP
- Rear Camera 48MP + 5MP + 8MP
- RAM 4GB
- Storage 64GB
- Battery Capacity 6000mAh
- OSAndroid 9 Pie
Samsung Galaxy M30s Full Specifications
- Display 22-inch (720×1520)
- Processor Samsung Exynos 7870
- Front Camera 5MP
- Rear Camera 13MP + 5MP
- RAM 3GB
- Storage 32GB
- Battery Capacity 3400mAh
- OSAndroid 8.1 Oreo
- Good design with a small notch
- Ultra-wide angle photography is fun
- Very good battery life
- Dual-VoLTE standby
- Dated processor
- Pre-installed bloatware
- No fingerprint sensor
- Slow charger
Samsung Galaxy M10 Full Specifications


A pioneer and technological leader in the field of solar-powered electric mobility, Sono Motors continues to pursue its mission to incorporate solar on every vehicle. The Company is starting to monetize its proprietary solar technology for integration into different types of vehicles, including buses, trucks, camper vans, trains, and even boats, thereby furthering its ambition to reduce carbon emissions and to provide clean and affordable transportation for the masses. Their solar electric vehicle (SEV), the Sion, aims to blend innovative solar technology with affordability to enable individual contribution to global sustainability.
Learn More Here. Sonomotors.com


You will learn how IoT can be used for a competitive advantage.
Technologies discussed will include iBeacon, RFID, and smart devices.
What you will be learned from this webinar:
- What is IoT?
- Why IoT matters
- Who is using IoT today
- IoT competitive advantages
- How companies can prepare for IoT
Jeff Fudge, Global Director of Software and Integration, Sato Global Solutions. – Jeff has had multiple IT leadership positions, including the Chief Technology Officer for Beall’s, a $1.2B retailer headquartered in Bradenton, Florida. Throughout his career, Jeff has managed the technology for systems across accounting, warehouse management, internet/ecommerce, sales and infrastructure. Jeff now leads the technology group for Sato Global Solutions, a leading RFID and RTLS (real time location system) provider headquartered in Fort Lauderdale, Florida.


HOMAGE UPS MICROCONTROLLER CIRCUIT DIAGRAM
The homage ups microcontroller is the main CPU of the inverter. the manufacturing company burns its programming with all functions and safety. It is a 32-pin controller with a 16mhz crystal. Users or technicians are not able to make any type of changes in the microcontroller. In controllers every pin is protected by a 10-ohm fuse and the operated supply voltage are 5volt dc. if vcc voltage does not reach the controller then the ups will not power ON.
how to trace Microcontroller?
you can trace a faulty microcontroller with the multimeter, select at diode range and connect the negative probe to Vcc 5volt and the positive probe to the ground of the controller supply. the multimeter must show the value of the diode if shows low-value resistance or is short then the microcontroller should replace it.
you may also read
how do we repair Microcontroller?
can’t repair the microcontroller because this is the property of the manufacturing brand and is protected by the company. we only trace if the problem is in the VCC supply then we can change the lm7805 ic or power supply-related section.


SiC, GaN and InGaN UV Detectors, UV SiC APDs for Flame Detection
SiC, GaN and InGaN UV detectors, meters and probes for monitoring low and high energy UV. UV APDs for flame detection and other low level UV applications.
Optics & Coatings
Attenuators, Faraday Optical Isolators/Rotators, Q-Switches / Pockels cells, Spatial Light Modulators, Polarizers, Beamsplitters, Beam Shapers, CO2 Reflective Mirrors, Diamond, Germanium & Sapphire Optics, Optical Components


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# Obtain Mi Home device token
Use any of these methods to obtain the device token for the supported miio devices.
## Method 1 - Obtain device token for miio devices that hide their token after setup
Use one of these methods to obtain the device token for devices that hide their tokens after setup in the Mi Home App (like the Mi Robot Vacuum Cleaner with firmware 3.3.9_003077 or higher). This is usually the case for most Mi Home devices. The latest versions of the Mi Home smartphone app dont hold the token anymore so before you begin with any of these methods you will need to install an older version of the smartphone app. Version 5.0.19 works for sure with the 1st gen Vacuum Robot, for the 2nd gen (S50) you should try version 3.3.9_5.0.30. Android users can find older version of the app [here](https://www.apkmirror.com/apk/xiaomi-inc/mihome/).
### Android users
#### Rooted Android Phones
* Setup your Android device with the Mi Home app version 5.0.19 or lower
* Install [aSQLiteManager](https://play.google.com/store/apps/details?id=dk.andsen.asqlitemanager) on your phone
* Use a file browser with granted root privilege and browse to /data/data/com.xiaomi.smarthome/databases/
* Copy miio2.db to an accessable location
* Open your copy of miio2.db with aSQLiteManager and execute the query "select token from devicerecord where localIP is '192.168.0.1'" where you replace the IP address with the IP address of the device you want to get the token from. It will show you the 32 character device token for your Mi Home device.
#### Non-Rooted Android Phones
##### Extract token from log file
This method will only work when you install the Mi Home app version v5.4.54. You can find it [here](https://android-apk.org/com.xiaomi.smarthome/43397902-mi-home/). It looks like Xiaomi made a mistake in this app version where the log file written to internal memory exposes the device tokens of your Xiaomi miio devices.
* Setup your Android device with the Mi Home app version 5.4.54
* Log in with you Xiaomi account
* Use a file explorer to navigate to /sdcard/SmartHome/logs/Plug_Devicemanager/


- Abstract Submission
- June 25, 2009, 11:59 PM EST
- Full Paper Submission
- July 2, 2009, 11:59 PM EST
- Notification of Acceptance
- Aug. 31, 2009
- Camera-Ready Copy
- Sept. 13, 2009
- Conference Date
- Nov. 4-6, 2009
Computer Science and Electrical Engineering Departments
Cartography and Information Presentation: A Graphics/Visualization Perspective
Wednesday, Nov 4, 9:25-10:25
The purpose of a map is to present information about the earth.
For millennia cartographers have perfected the craft of map-making,
in the process discovering many design principles
that now form the basis of cartographic information presentation.
One of the challenges facing all of us
is how to integrate these traditional principles
into modern geographic information systems.
Not surprisingly, many of these cartographic principles
apply to other forms of visualization.
The first part of the presentation describes how cartographic thinking
has informed information visualization.
Information visualization research has benefited
enormously from the work of great cartographers
including Jacques Bertin and Eduard Imhof.
The second part presents examples where
ideas from information visualization,
and progress in automating graphic design,
have led to new ways to make maps.
A major goal of future research should be to enable
computers to present information effectively
using a well-designed and beautiful map.
Biography: Pat Hanrahan is the CANON Professor of Computer Science and Electrical
Engineering at Stanford University where he teaches computer graphics.
His current research involves visualization, image synthesis, virtual
worlds, and graphics systems and architectures. Before joining Stanford
he was a faculty member at Princeton. He has also worked at Pixar where
he developed volume rendering software and was the chief architect of the
RenderMan Interface - a protocol that allows modeling programs to
describe scenes to high quality rendering programs. Previous to Pixar
he directed the 3D computer graphics group in the Computer Graphics
Laboratory at New York Institute of Technology. Professor Hanrahan has
received three university teaching awards. He has received two Academy
Awards for Science and Technology, the Spirit of America Creativity
Award, the SIGGRAPH Computer Graphics Achievement Award, the SIGGRAPH
Stephen A. Coons Award and the IEEE Visualization Career Award.
He was recently elected to the National Academy of Engineering
and the American Academy of Arts and Sciences.


Download Osmo Action Firmware Update Failed
Osmo action firmware update failed free download. Great wifi connection between the Osmo and my tablet.
Amazon.com: DJI Osmo Cámara De Acción Digital Con 2
Everything was going along just fine until I received a notice at 56% completion that the "Update Failed". Now, when I connect to the Osmo and start the DJI GO app, it says I need to update the the firmware. Also says that the firmware has already been downloaded. Osmo Action Equipped with dual screens, Osmo Action lets you switch shooting views to capture both sides of the adventure. Share your most active moments with stable HDR video, even in extreme shooting environments.
How to Update Osmo Action’s Firmware. In this post, we will look at how to update the DJI Osmo Action camera. To complete this you will need the Osmo Action and a mobile device that can run the DJI Mimo App. We also recommend fully charging the Osmo Action before completing these steps.
DJI Phantom 3 Advance & Professional Firmware Update
How to update the Osmo Actions Firmware Open the DJI Mimo App and check to see if there’s an update Click the banner from within the App to download the update Power up the camera by tapping the Disp/Power button. If the update fails, restart Osmo Action and DJI Mimo, and retry. We are very happy the initial results we got from the Osmo Action. In a followup article, we will show you some of the best reviews on YouTube on this little camera.
What do you think about the DJI Osmo Action? If the update fails, restart Osmo Action and DJI Mimo, and retry. Alternatively, download the latest firmware from the official DJI website to a microSD.
DJI Spark Firmware Update: Fixes & New Features
To help you avoid problems during firmware updates, we have summarized five common reasons that can lead to update failure and what to do if the firmware upgrade fails. 1 Low Battery The upgrade process can take a long time, especially when there are many new features added.
If the battery runs out of juice, the update will be interrupted. Pro tip – If, for some reason, the firmware update on the DJI OSMO Pocket fails to get installed, it is recommended to restart the DJI Mimo app on the mobile device and the OSMO Pocket and try again. Advantages of DJI OSMO Pocket Firmware Update. The Osmo gimbal goes dead if one of the axis is locked or the firmware is trying to update the gimbal.
Otherwise, it should power up even if the handle is not connected to the ipad. That might be an issue. You might want to try updating the Osmo camera with the most current firmware if you haven't already done that. If the app notifies you that the firmware update failed or the system status LED is solid red restart the Osmo Mobile 2 and then update it again. 1. Insert the microSD card and power on Osmo Action. The update starts automatically once a new firmware is detected.
Page Maintenance 4. Osmo Action is not waterproof unless the battery is properly inserted, the USB-C cover is closed, and the lens filter cap is attached. 5. Osmo Action can be used underwater at depths of up to 11 m. At DJI Download Center, Learn aboutOsmo Pocket. Requires Android or above. Compatible with: HUAWEI P20, HUAWEI P10, HUAWEI Mate 10 Pro, HUAWEI Mate 10, HUAWEI Mate 9 Pro, HUAWEI Mate 9, Honor 10, Honor 9, Vivo NEX, Mi MIX 2S, Mi 8, Mi 6, OnePlus 6T, OnePlus 5T, Google Pixel 2 XL, Google Pixel 2.
DJI Osmo Mobile 3 Firmware Update Guide. Here’s a simple step by step guide on how to update firmware on the Osmo Mobile 3 smartphone gimbal. Step 1: Before updating the firmware, ensure your phone has access to the internet and it correctly mounted to Osmo Mobile 3, and the Osmo mobile 3 has at least 30% battery. If the update fails, restart Osmo Action and DJI Mimo, and retry. Notes: If the update fails, restart Osmo Action and DJI Mimo, and retry.
Troubleshooting Firmware Update Errors - DJI Guides
Alternatively, download the latest firmware from the official DJI website to a microSD card to update. DJI officially released the firmware update V for its OSMO ACTION motion camera.
New Osmo Action Firmware Supports Facebook And YouTube
The new firmware optimizes the image quality when recording 8x slow motion videos and fixes a number of body bugs. Users are encouraged to download and update these for a better recording experience. It is version v So, if you still have an Osmo+ laying around and are planning on using it, well you may want to update the firmware to DJI’s latest version. The main (and only) part of the update is the optimized compatibility with the HB battery model for.
How to update firmware with the DJI Fly APP? Step 1: Power your DJI Mavic Mini aircraft and remote control Step 2: Then connect the drone and remote control. Step 3: After you connected successfully, the DJI Fly APP will automatically check the firmware hermescrypto.ru there is a new firmware update available, a prompt will appear in the APP.
Copy and paste the firmware’hermescrypto.ru file to the root directory of an SD card. Insert the SD card into the Zenmuse XT2 and mount the Zenmuse XT2 to the drone. Then power on the drone. After the gimbal is powered on and starts the self-check the firmware update will automatically start and the Zenmuse XT will begin to make beeping sounds. Firmware Update V for the Osmo Pocket. Released via the Mimo App. 1.
Update Your Osmo Action With Latest Firmware Before Using
Added a tip prompt and display icon when connecting an external microphone. 2. Added option in settings to turn off the beeping sound when pressing buttons. 3.
How To Update The Latest Firmware Of DJI Mavic Mini With
Optimized UI of. Firmware Update stays at 0 %. After switching on the controller or at the latest when connecting to the drone, users get the message that a firmware update (v) is available. This also applies to newly purchased controllers directly after activation via the DJI user account. MavicPilots is the world's largest online community for DJI Mavic drone enthusiasts and a member of the Drone Pilots Media network of drone communities.
With over 6 million unique drone enthusiasts each year, we offer an incredible opportunity to. Please close all other application software before updating the system software. Use a fully charged rechargeable battery pack NP-FW Do not remove the battery during the update; as the sudden loss of power may render the camera inoperable.
Remove the memory card from the camera before starting the update. DJI are on a roll in regards to firmware updates for the DJI Osmo Pocket, the latest V update introduces the impressive Hyperlapse feature, consumers will love this!.
The latest update to the DJI Osmo Pocket includes a number of additional enhancements which will appeal to owners. Increased the focus speed and reduced focus pulsing.; Added Hyperlapse shooting mode (note that. Well I updated (I have the handle + X3) and it failed at 99% and now I have no video at all.
I then used my X3 on my Inspire and downgraded to Inspire FWthen update toand that succeeded. Went back to the OSMO, tried again to update to OSMO FW and again failed on 99%.
No video on OSMO at all via GO app. Everything is otherwise.
DJI Osmo Mobile 3 Firmware Update Guide - HELIGUY.com™
EDITADO: A cada actualización de firmware la Osmo Action va mejorando bastante. En las dos ultimas actualizaciones añadieron el modo hyperlapse y grabación en loop y el retraso notable que tenia al grabar a 4K con el RS ha disminuido considerablemente.
Además han mejorado mucho la calidad del audio con el micro externo/5(1). Unleash your other side with Osmo Action's dual screens and RockSteady stabilization, letting you capture it all. Osmo Action. USD $ USD $ Osmo Mobile 3 is a foldable gimbal for smartphones with intelligent functions, providing stable and smooth footage.
Amazon.com: Customer Reviews: DJI OSMO Action With Spare
Osmo Mobile 3. Since launch, the DJI Osmo Pocket has suffered from AFC focus-pulsing issues during static position and moving use, but the latest V firmware is said to reduce this irritating bug.
We reviewed the DJI Osmo Pocket during initial launch and noticed that at times the focus would visibly pulse when moving between subjects, or even Continue reading DJI Osmo Pocket Firmware Update v After release of DJI Osmo Action, DJI has released a new firmware update v for DJI Osmo Pocket today. The main change is add hyperlapse feature for Osmo Pocket: Overview: Date: Firmware: v (this firmware is.
DJI OSMO ACTION USER MANUAL Pdf Download | ManualsLib
DJI Osmo Action firmware update adds live streaming. DJI has released a firmware update for the Osmo Action (v. ) that adds live streaming support, so you can upload directly to platforms like Facebook and YouTube (it goes through the DJI Mimo mobile app).
They’ve also improved the in-camera video stabilization. Added Italian and Brazil Portuguese languages for Osmo Action. Notes: If the update fails, restart Osmo Action and DJI Mimo, and retry.
Can't Get Osmo Working. Seriously Stuck | DJI Inspire
Alternatively, download the latest firmware from the official DJI website to a SD card to update. DJI's Osmo is Awesome! Osmo Pocket new firmware update coming!v April DJI Osmo Pocket latest news +UTC06 - /04/06 | 0pm Julf16UTC17 -.
DJI Osmo Action 2020 Review Update: Firmware Fixes - YouTube
It may not be looking pretty for GoPro, I just seen the new OSMO Action specs and unit and as a GoPro supporter, hate to say this but it may actually be the camera to go to.
If its low light stabilisation is rocksolid as they claim, the HERO7 Black is off to ebay for a new home. https://photor. The Osmo Action is DJI’s first entry into the action cam space. The 4K rugged action camera utilizes DJI’s built-in stabilization technology, offers dual screens, and like the Osmo Pocket, is simple to use.
Take a closer look.
DJI Support - New Firmware For Osmo Mobile! Date
How do I know the firmware update status of Osmo Mobile 3? When the firmware is updating, the status indicator will flash red and green. If the firmware update is successful, the indicator will turn solid green. If the firmware update fails, the indicator will flash red and green, and simultaneously, you will be notified in the DJI Mimo app. DJI released a firmware update for the the DJI Spark mini drone today, it’s first since the drone was launched in May. Last month we told you about issues for some Spark pilots with Dronie and Helix not operating properly.
The Dronie QuickShot was not stopping the aircraft at the pre-set distance from the subject, and the Spark was also not gaining altitude. DJI Osmo Pocket is a great semi-useless camera *update its better now By daewootech 05/29/ The DJI Osmo Pocket kind of reminds me of those Chinese GoPro “killer” clones like the YI, on paper it’s awesome, the resolution, sensor size, camera size, frame rates, and it’s overall tiny size should make this the most compact and best.
Osmo Action Extreme Durability Test Video by DJI Support! Play.
DJI Osmo Pocket Is A Great Semi-useless Camera *update Its
GoPro went after dji and failed, dji wants to show them how it’s done now. level 1. 4 points 9 months ago. Impressive. level 1. 4 points 9 months ago. Just being snarky. I did brick a Nikon D on a firmware update, so if it was going to happen to anyone, it. GoPro's Hero9 Black action cam delivers excellent, stabilized 5K video and ups still quality, but not everyone should spend more when the Hero8 Black is still available for less. Another example is when you're stabilizing a normal video footage in post with a video editing software like iMovie or Final Cut Pro X, your image will sometimes suffer from warping or even vibration blur from the user's footsteps.
You DO NOT GET ANY OF THESE ISSUES in the Osmo Action and its Rocksteady feature. The status LED on the remote controller will blink blue during update and blink green when update is complete with success. Firmware update through the DJI GO app will not work with older versions of the remote controller firmware.
If the firmware update fails, follow the instructions below to update the firmware using the traditional method: a. New Firmware for Osmo Mobile! Date: Firmware: v DJI GO App iOS: v DJI GO App Android: v What’s New? -Added Bluetooth HID feature. The shutter button and the record button on the handle can be used to control photo or video capture in other applications when the Osmo Mobile is connected to a smart phone.


The Internet of things (IoT) is a system of interconnected computing devices, objects such as machine, animals or people that are provided with unique identifiers with the ability to transfer data over a network. Computing is being transformed to a model consisting of services that are commoditized and delivered in a manner similar to utilities such as water, electricity, gas, telephony, etc. In such a model, users access services based on their requirements without regard to where the services are hosted. Several computing paradigms have promised to deliver this utility-computing vision. Computing has emerged as one of the buzzwords in the IT industry and turned the vision of "computing utilities" into a reality. Several IT vendors have started offering computation, storage, and application hosting services, and provide coverage in several continents, supporting Service-Level Agreements (SLA) backed performance and uptime promises for their services. It leads to generates huge numbers of structure and unstructured data. Therefore, Enterprise and Big-Data applications need tools and platforms for their rapid construction and deployment on Clouds on-demand meeting user QoS requirements at lower price. This also helps in automation of the system in industry through Science and Technology and Engineering like; Instrumentation, IT, Mechatronic, Telecommunication, Electrical, among few others. However, by and large, companies fail to systematically collect, store, analyze and use such data to improve process efficiency or meet other goals. So, these data sets need to be analyzed using Machine learning concept that has experienced a boost in popularity among both academia and industry. This conference aims at providing an opportunity and platform to present and discuss recent advances in the field of IoT, Machine learning and Big data independently and also as a confluence of ideas.
The Conference will be held at the campus of Indira Gandhi Institute of Technology, Sarang, Dhenkanal, Odisha-759146. The venue can be reached both by road and train. The nearest railway station is Talcher road. The venue is about 140Kms from the state capital Bhubaneswar.
Indira Gandhi Institute of Technology (IGIT), Sarang was established in 1982. IGIT Sarang offers Ph.D, PG, UG and Diploma programs in Engineering and Science. Most of the programmes were accredited in the year 2008 by the National Board of Accreditation of AICTE. The departments are greatly benefited by the expertise of faculties. Each department conducts annually at least one Conference / Seminar / Workshop for effective dissemination of state-of-art technologies and research findings for the benefit of teaching faculty and industries. The institute is extremely proud of its alumni, a considerable number of them being entrepreneurs or senior executives in industries both within India and abroad. The institution is located at Sarang, at the bank of river Brahmani , about 8 kms from Talcher and 120 kms from Bhubaneswar and is well communicated by bus and train . The climate is good and amusing at IGIT during July. The stay will be very much pleasant during this period.
Abstract: The ubiquitous IEEE 802.11 family of protocols has its genesis in the random access protocols of the early days of computer networks. The first protocols allowed for a peak bandwidth of 2Mbps. They have come a long way since then and Gbps rates are on the horizon. In the process, we also have an alphabet soup of variations. In this tutorial, we will trace the history of this protocol and understand the engineering choices that were made in designing them. We will also discuss the state of the art and the emerging standards and also see how they fit into the wireless world of 4G, 5G and beyond.
D.Manjunath received his BE from Mysore University, MS from IIT Madras and PhD from Rensselaer Polytechnic Institute in 1986, 1989 and 1993 respectively. He has been with the Electrical Engineering Department of IIT Bombay since July 1998 where he is now an Institute Chair Professor. He has previously worked in the Corporate R & D Center of General Electric in Scehenectady NY (1990), Computer and Information Sciences Department of the University of Delaware (1992-93), Computer Science Department, University of Toronto (1993-94) and the Department of Electrical Engineering of IIT Kanpur (1994-98). At IIT Bombay, he was Head of the Computer Centre during 2011-15. His research interests are in the general areas of communication networks and performance analysis. His recent research has concentrated on random networks with applications in wireless and sensor networks, network pricing and queue control. He is a recipient of the best paper award at ACM SIGMETRICS 2010. He is an associate editor of IEEE Transactions on Networking, Queueing Systems: Theory and Applications, and of Sadhana: The Proceedings of the Indian Academy of Sciences. He was TPC chair for COMSNETS 2011 and NCC 2015 and general chair for ACM MobiHoc 2013 and COMSNETS 2015. He is a coauthor of two textbooks, Communication Networking: An Analytical Approach (May 2004) and Wireless Networking (Apr 2008), both of which are published by Morgan-Kaufman Publishers.
Abstract: Fog computing consists of modest capability fog nodes located close to users/data generation sources. These nodes are ideal for executing small interactive tasks with low latency requirements. Tasks that are larger and more latency tolerant may be executed at the cloud data center. In this talk, we discuss RT-SANE (Real-Time Security Aware scheduling on the Network Edge), a scheduling algorithm for real-time tasks on fog-cloud systems. RT-SANE supports both batch and interactive applications, taking account of their deadline and security constraints. RT-SANE chooses between a micro data center (in proximity to a user) and a cloud data center by taking account of network delay and security tags. We also discuss a fog computing based over-the-air (OTA) update algorithm for smart vehicles. We propose a mobility management algorithm that takes into account the mobility of smart vehicles. In order to reduce the number of handovers, an ILP formulation has also been proposed. Finally, we discuss a framework for repelling wild animals in the agricultural fields using fog computing.
Nitin Auluck received the B. E. degree from Gulbarga University in 1998 and PhD degree from the University of Cincinnati, USA in 2004. He was an assistant professor in the Department of Computer Science, Quincy University, Quincy, USA from 2004 to 2010. He has been with the CSE Department at IIT Ropar since 2010, where he is currently an Associate Professor. His research interests include fog computing, real-time systems, and parallel and distributed systems.
Dr. Rajkumar Buyya is a Redmond Barry Distinguished Professor and Director of the Cloud Computing and Distributed Systems (CLOUDS) Laboratory at the University of Melbourne, Australia. He is also serving as the founding CEO of Manjrasoft, a spin-off company of the University, commercializing its innovations in Cloud Computing. He served as a Future Fellow of the Australian Research Council during 2012-2016. He serving/served as Honorary/Visiting Professor for several elite Universities including Imperial College London (UK), University of Birmingham (UK), University of Hyderabad (India), and Tsinghua University (China). He has authored over 725 publications and seven text books including "Mastering Cloud Computing" published by McGraw Hill, China Machine Press, and Morgan Kaufmann for Indian, Chinese and international markets respectively. He also edited several books including "Cloud Computing: Principles and Paradigms" (Wiley Press, USA, Feb 2011). He is one of the highly cited authors in computer science and software engineering worldwide (h-index=137, g-index=304, 99,600+ citations). "A Scientometric Analysis of Cloud Computing Literature" by German scientists ranked Dr. Buyya as the World's Top-Cited (#1) Author and the World's Most-Productive (#1) Author in Cloud Computing. Dr. Buyya is recognized as a "Web of Science Highly Cited Researcher" for four consecutive years since 2016, IEEE Fellow, Scopus Researcher of the Year 2017 with Excellence in Innovative Research Award by Elsevier, and the "Best of the World", in Computing Systems field, by The Australian 2019 Research Review.
Md Atiqur Rahman Ahad, Senior Member, IEEE, is a Professor of Electrical & Electronic Engineering, University of Dhaka (DU). He is currently working as specially appointed Associate Professor at Osaka University, Japan. He works on computer vision, imaging, IoT, healthcare, etc. He did B.Sc.(honors) [1st class 1st position] & Masters [1st class 2nd position] from the Dept. of Applied Physics & Electronics, DU; Masters from the School of Computer Science & Engineering, University of New South Wales; and PhD from the Faculty of Engineering, Kyushu Institute of Technology [KIT]. He was awarded JSPS Postdoctoral Fellowship, prestigious UGC Award 2016, and a no. of awards/scholarships. He was a Visiting Researcher at KIT. He published 3 books (available in Springer), few Edited books, & a few book chapters. He has published 140+ journals and conference papers. He has received 20+ international awards in various conference/journal/society. Ahad was invited as keynote/invited speakers about 60 times in different conferences/universities. He has established several international MOU/collaborations (e.g., Clemson University, University of Hyogo, RCCIIT, Fukuoka Women University, Kyushu University, etc.).
Prof. Yu-Dong Zhang received his BE in Information Sciences in 2004, and MPhil in Communication and Information Engineering in 2007, from Nanjing University of Aeronautics and Astronautics. He received the PhD degree in Signal and Information Processing from Southeast University in 2010. He worked as a postdoc from 2010 to 2012 with Columbia University, USA; and as an assistant research scientist from 2012 to 2013 with Research Foundation of Mental Hygiene (RFMH), USA. He served as a Full Professor from 2013 to 2017 with Nanjing Normal University, where he was the director and founder of Advanced Medical Image Processing Group in NJNU. Now he serves as Professor with Department of Informatics, University of Leicester, UK. His research interests include deep learning and medical image analysis. Prof. Zhang is the Fellow of IET (FIET), and Senior Members of IEEE and ACM. He was included in “Most Cited Chinese researchers (Computer Science)” by Elsevier from 2014 to 2018. He was the 2019 recipient of “Highly Cited Researcher” by Web of Science. He won “Emerald Citation of Excellence 2017” and “MDPI Top 10 Most Cited Papers 2015”. He was included in "Top Scientist" in Guide2Research. He is the author of over 200 peer-reviewed articles, including 16 “ESI Highly Cited Papers”, and 2 “ESI Hot Papers”. His citation reached 12318 in Google Scholar, and 7270 in Web of Science. He has conducted many successful industrial projects and academic grants from NSFC, NIH, Royal Society, EPSRC, MRC, and British Council.
Dr. Soodkhet is presently working as an Associate Professor at Suranaree University of Technology, Thailand. He is presently head of Data Storage Science and Technology Research Unit and head of Smart Innovative Energy Research Unit, Suranaree University of Technology, Thailand He has done is B.Engg in Industrial Engineering, M.Engg is Nuclear Technology and PhD in Material Science Engineering from University of New South Wales, Australia. He is the recipient of many awards that include Bernd Rode 2017 (Senior Researcher), ASEA-UNINET, Austria, the Graduate Excellence in Materials Science award, and few others. His research interests include wearable sensor applications, Characterization of piezoelectric, and Piezoelectric Energy harvesting He has worked in many funded research projects and a few of them are Thailand MED TECH Excellence Fund, Technology and Innovation-based Enterprise Development Fund, UK Newton Fund: the Royal Academy of Engineering and Office for Higher Education Coordination’s Industry Academia Partnership Programme, Thai Research Fund among many others. He has published extensively (around 100) in many reputed international journals and conferences.
Dr. Siba Kumar Udgata is presently serving as a Professor of Computer Science at the AI Lab, School of Computer and information Sciences at University of Hyderabad. He also served as Director at Center for Modeling for Simulation and Design (CMSD), University of Hyderabad. He was a research fellow at International Institute for Software Technology, United Nations University (UNU/IIST), Macau. His main research interests include Wireless communication, IoT and Sensor Networks and Intelligent Algorithms. He has authored more than 100 research papers published in reputed international journals and conferences. He has worked as principal investigator in many Government of India (and other funding agencies) funded research projects mainly for the development of wireless sensor network applications, network security related applications and application of swarm intelligence techniques in the cognitive radio network domain. He has worked as a consultant to Tata Steel Ltd and Scientific Analysis Wing (SAG), DRDO, Govt. of India. He has been awarded with IBM SUR (Shared University Research) Award for research project, “Mobile and Sensor Network based Disaster Management System with emphasis on rescue management” He has around eight edited book volumes published by Springer and also recently coauthored a book entitled “Internet of Things and Sensor Network for COVID-19” published by Springer Nature publication house.
Aninda Bose is presently working as a Senior Publishing Editor with Springer Nature. Mr. Bose is part of the Global Acquisition Team at Springer Nature and responsible for acquisition of scientific content across the globe. He is responsible for acquisition of content in Interdisciplinary Applied Sciences. He has more than 25 years of industrial experience in marketing and different fields of publishing. Mr. Bose has completed Masters in Organic Chemistry from Delhi University and Masters in Marketing Research from Symbiosis Institute of Management Studies, Pune. Mr. Bose has delivered more than 135 invited talks on Scientific Writing and Publishing Ethics in reputed Universities, International Conferences and Author Workshops. He has published books for secondary level in Chemistry and is a member of American Chemical Society, USA.
Technical papers describing original, previously unpublished research, not currently under review by another conference or journal, are solicited. The conference proceedings will be published in Springer book series “Lecture Notes in Networks and Systems” (https://www.springer.com/series/15179) . All the accepted and presented papers will be published in this series. (The books of this series are to be submitted to SCOPUS, ISI proceeding,Google Scholar and Springer Link.)
Technical papers describing original, previously unpublished research, not currently
review by another conference or journal, are solicited. The conference
proceedings will be published in Springer book series “Lecture
Notes in Networks and
All the accepted and presented papers will be published in this series. (The books of this series are
to be submitted to SCOPUS, ISI proceeding,Google Scholar and Springer Link.)
The papers should be in the following formats:
LaTex Format Word Format
Page limit for Camera Ready papers is 10 pages (With regular registration fees).
Extra page charge: INR 1000 per page (for Indian authors) and USD 20 per page (for foreign authors).
All the submission will be made though Easychair on the following link:
Interested participants may register their names using the form at the bottom of the page. The confirmation regarding participation will be sent through e-mail. To ensure publication of a paper in the Proceedings, at least one author has to register by submitting a normal registration fee within deadline as indicated below.
(Research Scholar/ Students)
|Research Scholar/ Students||INR 3000|
|Academicians/ Scientist||INR 4000|
|Industry Experts||INR 6000|
(Including Pre-Conference Tutorial)
(The e-Certificate will be
provided at the end of conference)
Apart from the registration for publication in springer conference proceeding, presentation of paper in online mode is mandatory.
Will be updated soon
The broad scope of the conference themes include but not limited to the following:


What is Tron?
Tron's mission is to build a truly decentralized internet and aims to be the largest blockchain-based operating system in the world, known as the TRON protocol. The TRON protocol will offer high scalability, high availability, and high throughput computing to serve decentralized applications via smart contracts. Ethereum EVM-based smart contracts will be compatible and deployable on the TRON network as such Solidity developers do not have to rewrite their applications
Litecoin is a peer-to-peer cryptocurrency created by Charlie Lee. It was created based on the Bitcoin protocol but differs in terms of the hashing algorithm used. Litecoin uses the memory intensive Scrypt proof of work mining algorithm
Avalanche is a high throughput smart contract blockchain platform. Validators secure the network through a proof-of-stake consensus protocol. It is said to be fast, low cost, and environmental friendly
UNI is the governance token for Uniswap, an Automated Market Marker DEX on the Ethereum blockchain. The UNI token allows token holders to participate in the governance of the protocol. Key decisions such as usage of the treasury or future upgrades can be decided through a governance vote
Chainlink is a framework for building Decentralized Oracle Networks (DONs) that bring real-world data onto blockchain networks, enabling the creation of hybrid smart contracts. These DONs provide decentralized services such as Price Feeds, Proof of Reserve, Verifiable Randomness, Keepers, and the ability to connect to any web API.
It aims to ensure that the external information (pricing, weather data, event outcomes, etc
The Cosmos network consists of many independent, parallel blockchains, called zones, each powered by classical Byzantine fault-tolerant (BFT) consensus protocols like Tendermint (already used by platforms like ErisDB). Some zones act as hubs with respect to other zones, allowing many zones to interoperate through a shared hub. The architecture is a more general application of the Bitcoin sidechains concept, using classic BFT and Proof-of-Stake algorithms, instead of Proof-of-Work


Best Features of Digital Smart Locks
With the advancement of technology, digital smart locks are becoming increasingly popular among homeowners. These locks are designed to provide added security, convenience, and peace of mind. They provide an extra layer of security while still being convenient and easy to use. We will discuss the best features of digital smart locks and why they are a great choice for homeowners.
- Increased Security:
One of the best features of digital smart locks is that they provide an extra layer of security. They are designed to detect intruders and send an alert to your smart phone if someone attempts to gain access to your property. They also include features such as keyless entry and biometric authentication, which make it even more difficult for an intruder to gain access.
With these locks, you can program them to lock and unlock at specific times, as well as provide access to specific people. This adds an extra layer of convenience and allows you to securely manage access to your property without having to manually lock and unlock the door.
- Remote Access:
Digital smart locks can be connected to your smart phone, giving you the ability to control the lock from anywhere in the world. This allows you to easily check who is entering and leaving your property, as well as grant access to specific people.
- Smart Home Integration:
Many digital smart locks are compatible with other smart home devices, allowing you to control them from one central hub. This can be used to set up automated routines, such as turning on the lights when you unlock the door.
- Easy Installation:
Most electronic lock singapore are designed to be easy to install, even for those with no technical knowledge. They simply require a few screws and a power source to work, making them a great choice for those who don’t want to pay for an expensive installation.
- Access Logs:
It’s important to be able to keep track of who is entering and leaving your property. Many digital smart locks can log access, allowing you to easily monitor who is accessing your property and when.
- Customizable Features:
Many digital smart locks come with a variety of customizable features, allowing you to tailor them to your specific needs. This includes things such as setting up automated routines and granting access to specific people.
- Affordable Price:
Digital smart locks are generally more affordable than traditional locks, which makes them an attractive option for those who want to upgrade their security without breaking the bank. Digital smart locks are more secure, as they use encryption technology to protect your home from unauthorized access. They offer more control over who can enter and exit your home, as you can set up specific access codes for different people.
Digital smart locks offer a variety of features that make them a great choice for homeowners. They also come at an affordable price, making them an attractive option for those who want to upgrade their security without breaking the bank.