Version The technology has several versions, which improve the connection speed, range, connectivity and discoverability of the devices. The sensor characteristics are some of the main factors determining the quality of the camera integrated in the mobile device. Accelerometer, Proximity, Light Messaging: Ways to reduce your andriod battery drain. Save my name, email, and website in this browser for the next time I comment. This article is just what you need to go unseen on whatsapp Black, champagne gold, white.
|License:||For Personal Use Only|
|iPhone 5, 5S resolutions||640×1136|
|iPhone 6, 6S resolutions||750×1334|
|iPhone 7, 7 Plus, 8, 8 Plus resolutions||1080×1920|
|Android Mobiles HD resolutions||360×640, 540×960, 720×1280|
|Android Mobiles Full HD resolutions||1080×1920|
|Mobiles HD resolutions||480×800, 768×1280|
|Mobiles QHD, iPhone X resolutions||1440×2560|
|HD resolutions||1280×720, 1366×768, 1600×900, 1920×1080, 2560×1440, Original|
Information about the maximum number of colors the screen can display. Some images of the Tecno W5 Lite. Information about the type of speakers the device uses. You have no items to compare. Bluetooth uses various profiles and protocols related to faster exchange of data, energy saving, better device discoverability, etc.
Video resolution Information about the maximum resolution available for shooting a video with the device.
Tecno Pouvoir 2 Pro. Storage Information about the capacity of the built-in storage of the device. Version The technology has several versions, which improve the fo speed, range, connectivity and discoverability of the devices. So please don’t compare the term hacking to rooting. Backup your phone in case if you need it later.
Tecno W5 Lite Specs & Price
Download Chainfire Super SU. Type of the USB connector used by the device. The sides are laser-carved with delicate Arles texture to deliver metallic luster and inspire beauty. Accelerometer, Proximity, Light Messaging: Use specified gesture to capture the moments in a second. I started my career tenco a blogger in and also worked on an Android niche platform to gain extra income.
If you are thirsting for better effects, the beauty mode shall render you instant enhancement. The front camera is always at your service when you are ready to take a shot in the day or in adverse light conditions. Download the ROM which we have listed in this table below.
Tecno W5 Lite – Specifications
The cache memory is used by the processor in order to shorten the time needed to access data and instructions that a frequently used. The sensor characteristics are some of the main factors determining the quality of the camera integrated in the mobile device.
The technology has several versions, which improve the connection speed, range, connectivity and discoverability of the devices. Information about the number of pixels per centimeter ppcm or per inch ppi of the display. The loudspeaker is a device, which reproduces various sounds such as ring tones, alarms, music, voice calls, etc. The price of the gionee M6 is expected to be above that is with the range of USD.
How To Install Official Stock ROM On Tecno W5 and W5 Lite
There are several USB connector types: It’s equipped with a flash to brighten the surroundings for a satisfying photo. Before flashing recovery, please read and install the required drivers and software on your PC. At on single tap, you can speed up ww5 change wallpaper. Types The various types of memory cards are characterized by different sizes and capacity.
Tecno W5 Lite Specification, Image and Price • About Device
Before rooting, let’s understand What is rooting in Android Phone? Skip to primary navigation Skip to content Skip to primary sidebar. The lower tecnl f-stop number, the larger the diaphragm opening is. One of the main characteristics of the cameras of mobile devices is their resolution, which shows the number of pixels on the horizontal and vertical dimensions of the image.


Handphone baru hadiah dari Ayah Zik sempena Birthday dan Anniversary yang baru lepas... Terima kasih Ayah Zik... (^__^)
The Nokia C6-01 has a 8 megapixels camera not 5 megapixels and a 3.2-inch 360 × 640 pixel touchscreen display with a slide-out QWERTY keyboard design, and support for 3.5mm headphones jack, FM radio, multimedia player, WCDMA / HSDPA network, WLAN (802.11b / g), Ovi Music, Ovi Share and run the Symbian9.4 system with S60 V5.0 platform. The Nokia C6-01 cell phone also has a 434MHz processor, 128MB RAM and 512MB ROM.
GPS is included, and the Nokia C6-01 also supports Ovi Maps Navigation. Other software includes social networking and webmail support, plus a web browser and a wide range of applications that can be downloaded.
The C6-01 has a microSD slot with a 2GB card included in the standard sales package, it also supports Bluetooth 3.0 and USB 2.0 connectivity. A stereo wired headset is included in the box.
The 1050 mAh battery is quoted as giving up to 4.5 hours talktime on 3G and 15.5 days standby time. The Nokia C6-01 weighs 131 grams and measures 104 x 53 x 14mm. It's quite a bit smaller, thinner and lighter than the original C6, and one easy way to tell the handsets apart is that the C6-01 and C6 have a slightly different button arrangement on the front.
This looks like a very capable touchscreen phone, and the improved Symbian^3 operating system and relatively high resolution display should make it an attractive proposition.


Multifunctional Portable LED Make-Up Mirror + Charging Base
Free worldwide shipping
In stock, ready to ship
Inventory on the way
The Multifunctional Portable LED Make-Up Mirror + Charging Base is possibly your new best friend! Not literally but it'll be one of the mainstays of your handbag for years to come. The Multifunctional Portable LED Make-Up Mirror + Charging Base can be used as a simple makeup mirror to better meet the user's needs during the charging process, such as watching movies, facetime and so on. In addition, the built-in over-charging/over-heating protection circuit means it's completely safe to use.
Ultra-thin design, as thin as 12mm, and with a built-in 500mah lithium battery means it will last you up to 24 hours before needing to be recharged. Standard QI wireless charging protocol is used to support the device and allows you to take it with you on the go with no cords or strings attached!


Review - Ensto EVB and EVF models for eMabler hardware integrations
This is an overview of the electric vehicle device from the context of connectivity. We look into the connectivity possibilities, as well as ease of installation from a connectivity perspective.
Major benefits of choosing this electric vehicle charger
This EV charger can be configured to support multiple types of communication use cases. It contains several settings options through which behavior can be tailored to the needs of the owner.
Device has an easy to access configuration page:
- You can either connect to the same network where the charger has been set-up and access the device with an IP address. Keep in mind you will need to know the IP address where the charger has received the network setup.
- Or you can plug in a basic USB cable between your laptop and the charger to access the same set-up page via your browser.
Drawbacks of choosing this product
User needs to be well informed of the electric vehicle charging concepts and internet communication in general. As the product offers so many configuration options, user may get lost in the different options if they don’t have a prior knowledge of the concept.
The device network needs to be secured to prevent access to the configuration pages of the charger. If this charger is installed to open internet, the configuration would be visible to everyone by default.
Who is this for?
Mainly focused for public and semi-public charging networks. EVB can also be used for larger home charging locations, example, in housing condominiums.
Ease of integration
The communication protocols this device range provides are:
- OCPP 1.5 (with SOAP)
- OCPP 1.6 (with SOAP or JSON)
- Proprietary binary version of both OCPP versions
It has full coverage of all the use cases of the OCPP standard, also Smart Charging features of 1.6
Basically, the integration was quite easy, the only challenge might be that you really need to know beforehand how you wish the charger to behave. There are so many configuration parameters to choose from that setting up a good config might take a while.
Where to buy the product or service
This is a good product when you are building charging sites with several chargers. The overall aim has probably been for public networks, but the EVB model also works on apartment building home charging, or company charging. The current price point might be just too expensive for home charging in general. Product's mechanic structure is not ideal for harsh climate.
Looking for other product reviews by eMabler? Here is the complete list of what we already done.
About the author:
Ville Parviainen is a Co-founder and CTO of eMabler. He has been working with EV chargers/ EV charging and the IEC committee. Additionally, Ville has +15 years of experience in software development, integrations and managing large scale IT systems.
eMabler simplifies electric vehicle charging for end-users. Based in Helsinki, Finland the company’s API-first eMobility platform seamlessly integrates mobile payment and commercial systems with charge point operators and manufacturers as well as with energy and service sector companies. For more information, please contact us.


DESIGN OF EMOTION
Robotics and the new humanoid paradigm
November 13 - November 27, 2017
In collaboration with Dr. Nikolaos Mavridis
PhD, Massachusetts Institute of Technology
Ideas and realities of artificial intelligence (AI) have been with us for almost a century. More recently we are seeing an expansion of a new kind: the humanoid robot, with Japanese design teams being at the forefront of this r/evolution.
Highly complex, increasingly human-like, emotionally intelligent companions are being designed. These humanoids will be as common as TVs and we will find them contemplating on our Eames loungers sooner than we can imagine.
‘Design has a central role to play in this process, for it is designers who shape the interfaces between humans and machines. Whereas robotics used to be the exclusive domain of engineers and IT experts, today designers are helping to shape the current boom in robotics in key ways. It is they who decide how and where we encounter robots, what kind of relationship we form with them, and how we interact with them – or they with us.’ - #hellorobot
In doing so, they are faced with one of the biggest challenges yet; the design of emotions. Emotions expressed; emotions recognised; in some cases, even emotions shared and controlled. Is it even possible?
At CHI-KA, in collaboration with Dr. Nikolaos Mavridis, PhD from the Massachusetts Institute of Technology (MIT), Director of ‘Interactive Robots and Media Laboratory’ (IRML), and creator of the first Arabic language dialogic robot ‘Ibn Sina,’ we will give visitors a creative, interactive insight into this uncanny and still surrealistic world of designed robotic futures and new human paradigms.
Learn about and experience ancient Automata from Egypt, Greece, and Japan - robot predecessors, and the first Arab robot.
In addition, the exhibition ’Design of Emotion’ will conduct collaborative and interactive research through visitor participation and a series of conversations.


Jazz Band Shadow Lamp
- Specifications: H: 30cm W: 10cm
- Availability: In Stock
The new Shadow Lamps are yet another fascinating innovation from Luxa London. The laminated paper lampshades have been double-printed to have shadowy hidden images on the inside which only appear when the lamp is turned on, and this change the lamp from a pleasantly decorated shade into something rather more interesting when lit.
The 'Jazz Band' design has a gently tinted outer print with musical notes rising to the heavens. Switching the lamp on shows the source to be a frisky jazz quartet playing their hearts out.
The lamps can be mains operated using the supplied USB cable (requiring a mains USB socket or plug) or they can be connected to a computer, laptop or power bank battery. They also have a battery option to use 3 x 'AA' batteries via the battery compartment in the base.
There are three lighting mode options - continuous, pulsing glow or a gentle tea light flicker. These can be scrolled through by pressing the touch-sensitive switch on the front of the lamp.
Most of the Shadow Lamps including 'Jazz Band' are in stock now.


To complete this tutorial you need:
– 1 x Jolla
– 1 x BreadboardTOH or 1 x MyHalf or lots of copper wiring, tape and a solder iron
– 1 x pc with interwebs connection
Goal of this tutorial is to end up with a basic working prototype of your first TOH.
Getting to know your phone
Your phone has 6 pogo-pins on the back, a USB port and a 3.5 jack. This gives us:
– power in/out
– data in/out
– sound out
This would be an excellent time to read paragraph 2.2 to 2.2.5 of the Developer-Kit. It is just 1.5 pages and has all the info you need.
Example 1: PowerTOH (using DCin)
The DCin port needs 5V and can take a max of 1000ma. But you already know that, because you’ve read the paragraphs mentioned above.
Anyway, if you supply power to DCin port, but can not provide enough power, the voltage will drop accordingly, but it will still charge. So no biggie if the selected parts will supply less.
As power-source we will use a Li-ion battery, which will provide us with 3.7V. This is not enough (3.7<4.3), so we will need some voltage step-up booster to give 5V and finally a switch seems like a good idea.
Sparkfun is a good place to shop for components, but places like Ebay, Adafruit and many more have lots of fun stuff. So, google ‘sparkfun li-ion‘, ‘sparkfun switch‘ and ‘sparkfun step-up‘. Choose a large battery, because there is a lot of power lost in conversions. Choose a switch that is not ‘momentary’, otherwise you have to keep it pushed in all the time. Choose a step-up that is able to use 3.7V and goes to 5V with as much milli-amps as possible.
Select some fine components and solder it all together, that is it. Seriously.
@unpixels has made such a proto
Example 2: BoomboxTOH (using 3.3V out and audio jack)
Phone speakers are generally not really loud and not of great quality. This is inherently due to the restricted size. The audio port is strong enough to power some earplugs or headset, but hooking this up to bigger speakers will not shake a stadium. To quote XKCD:
The developer kit tells us that the 3.3V pin can deliver preferrably below 150ma, or 300ma for short periods of time. Going with max power we have 3.3V*0.3A=1 Watt. Googling for ‘stereo amplifier breakout’ gives us a nice product from Adafruit. It can deliver up to 2.8 Watts, so run it at half volume if you do not want your phone to protect itself by shutting down. It runs at 5V, so hook it up to the step-up booster found in Example 1! Connect it on your BreadboardTOH with a 3.3 jack breakout or cut up an audio cable you have laying around and solder it all together. Hook ANY speakers up to it.
Example 3: Digital clock (using 3.3V and I2C pins)
Adafruit has this one, which looks nice! Looking on the product page there is not a lot of data on the product, but there is a LINK to a hookup guide.
Quoting and commenting on:
Next up, let’s wire it up to an Arduino. We’ll be using an Arduino. Or a Jolla obviously!
- Connect CLK to the I2C clock – I2C clock means the SCL pin
- Connect DAT to the I2C data – I2C data means the SDA pin
- Connect GND to common ground
- Connect VCC+ to power – 5V is best but 3V will work if that’s all you’ve got (it will be dimmer) Will come back on this later
- Connect Vi2c to your microcontroller’s logic level (3-5V) – Connect to 3.3V
Both Vi2c and Vcc MUST be connected to 3 to 5VDC! Vcc is for the LED driver power, Vi2c is what sets the logic level for communication to the chip.
Three thing are to be discussed to make this work:
1. I2C level
The Jolla’s I2C pins run at 1.8V, while we want to run this part on 3.3V. Without boosting the I2C level, this will not work. If you use the BreadboardTOH or MyHalf, there is already a I2C level-converter on board, so you can just use the SDA-3.3V and SCL-3.3V pins. Otherwise, also use an I2C level-converter breakout.
If you want to save power and are happy with a dimmer display, just hook it up to 3.3V. If you want to go all out, use a step-up booster and supply it with 5V.
This will be discussed in a later tutorial!
That’s it for now! Scroll through all the parts at Adafruit and Sparkfun to get some inspiration for you first project and use your mad google skillz to hook it up!


Proposals for the topics of the lectures should be submitted to email@example.com.
28 September 2023, 11:00, Aula IFJ PAN
"Understanding electroweak symmetry breaking and searching for beyond Standard Model physics through measuring Higgs boson properties in the ATLAS experiment"
Magdalena Sławińska (IFJ PAN)
3 October 2023, 11:00, Room 4003, "Rada Naukowa", ground floor of the "skyscraper"
hybrid seminar, online via ZOOM
"Ferromagnetic Onsets in Disordered Alloy Systems"
dr Rantej Bali (Helmholtz-Zentrum Dresden-Rossendorf, Drezno, Niemcy)
28 September 2023, 14:00, sala seminaryjna (pokój 4402, IV p.)
"Observation of top-quark pair production in proton-lead collisions in ATLAS"
Observation of ttbar production in lepton+jets and dilepton channels in p+Pb collisions at √s = 8.16 TeV with the ATLAS detector.
Top-quarks and Higgs boson are the only elementary particles that have not been observed in heavy-ion collisions in the ATLAS detector yet. In particular top quarks, the heaviest elementary particles carrying color charges, have been argued to be attractive candidates for probing the quark-gluon plasma produced in heavy-ion collisions. In proton-lead collisions, top-quark production is expected to be sensitive to nuclear modifications of parton distribution functions (PDF) at high Bjoerken-x values which are hard to access experimentally using other probes available so far. I participate in the analysis of measurement of the top quark pairs production in proton-lead collisions at √s=8.16 TeV in the ATLAS experiment. The dataset was recorded in 2016 and corresponds to an integrated luminosity of 165 nb-1. The top quarks are reconstructed in lepton+jet and di-lepton decay channels with electrons and muons in the final state. The dilepton channel is studied in heavy-ion collisions for the first time. The main task from my side was to estimate the background contribution to the signal sample. These results were important inputs to the analysis. Namely, the inclusive ross section measurement for the top-quark pairs production in dilepton and lepton+jets decay modes with electrons and muons recorded by the ATLAS experiment. The measurement is compared to the NNLO predictions for top-quark production using various PDF sets.


The Dialogue is meant to discuss the potential of nuclear energy in addressing the country’s security and cancer challenge.
It will bring together experts, researchers, scientists, policymakers, opinion leaders and other stakeholders to share ideas, diagnose as well as prescribe solutions to security and cancer challenges in the country.
A press statement signed by the Director for Commercialization and Communication of GAEC on Monday stated that, the Minister for Environment, Science, Technology and Innovation, Dr. Kwaku Afriyie, will be the keynote speaker at the event.
The celebration themed, “Harnessing the power of the atom for economic transformation through science and technology” will serve as an opportunity to promote Science, Technology, Engineering, and Mathematics (STEM) education among students.
“It is also an avenue to engage stakeholders about the peaceful uses of nuclear technology for the good of humankind, thereby zeroing in on some key technologies and the benefits we can derive from their use for national development,” it added.
The African Union (AU) passed a resolution over three decades ago to celebrate the Day of the Scientific Renaissance of Africa (DSRA) on June 30 annually.
Dorcas Anorkor Addo & Richard AnieAgyei, ISD


Internet Protocol address
- An IP address is a 32-bit number (4 decimal numbers separated by a point, e.g. 000.000.000.000) that uniquely identifies each computer (or device) connected to the network using the TCP/IP protocol. The IP address has two functions:
- to uniquely identify a device connected to the network
- to provide the route to reach this device
IP addresses can be:
Dynamic - They are assigned by a DHCP server (Dynamic Host Configuration Protocol) within a LAN network dynamically and automatically between a series of available addresses.
Statics - These are addresses that remain equal over time.


How We Write A Research Paper In Computer Engineering In keeping with IEEE’s continued commitment to providing options to support the needs of all authors, IEEE is introducing an Open Journal for the IEEE Computer Society. In keeping with IEEE’s continued commitment to providing options to support the needs of all authors, IEEE is introducing an Open Journal for the IEEE Computer Society. The International Symposium on High‐ Performance Computer Architecture provides a high‐quality forum for scientists and engineers to present their latest research findings in this rapidly‐changing field. How we write a research paper in computer engineering Some of their customers are satisfied, but others are frustrated by the unprofessional treatment and low-quality content they printed book Education deals with the unique and challenging idea that "the work of education and the work of redemption are one.
Top 10 Hottest Research Topics in Computer Science Pouted Authors are invited to submit papers on all aspects of high‐performance computer archite... So many years after, Sir Tim Berners-Lee invented the World Wide Web and gave a bigger boost to computing potentials. Also, you can visit one of research paper writing services and order a custom written research project on any computer science topic.
FREE ENGINEERING RESEARCH PAPERS-ENGPAPER. COM Per Com 2020 will provide a leading edge scholarly forum for researchers, engineers, and students alike to share their state-of-the art research and developmental work in the broad areas of pervasive computing and communications. IEEE PROJECTS NEW PAPER REQUEST what is engineering Engineering is the application of scientific, economic, social, and practical knowledge in order to invent, design, build, maintain, research, and improve structures, machines, devices, systems, materials, and processes.
PDF How to write the methods section of a research paper. Semantic. This premier IEEE Symposium will bring together scientists, academics, and practicing engineers from all over the world to explore emerging trends and novel concepts in testing, and verification & validation of microelectronic circuits and systems. The methods section of a research paper provides the information by which a study's validity is judged. Therefore, it requires a clear and precise description of how an experiment was done, and the rationale for why specific experimental procedures were chosen. The methods section should describe what was done to answer the research question, describe how it was done, justify the experimental.
Research & Innovation - Computer Science & Engineering The aim of this conference is to provide an interna... The Allen School is committed to expanding our global leadership and impact in computer science and computer engineering research. We offer a supportive environment in which our faculty and students are empowered to pursue the next great advances — whether at the core of the field, or in emerging areas that address humankind’s greatest challenges through the transformative power of computing.
Computer Engineering Research Papers - Academia.edu Recent distributed denial-of-service attacks demonstrate the high vulnerability of Internet of Things (Io T) systems and devices. View Computer Engineering Research Papers on for free.
Computer Engineering Admission Essay - research-paper- Addressing this challenge will require scalable security solutions optimized for the Io T ecosystem. Computer Engineering Admission Essay, what is the form and content of nathaniel hawthorne's short stories essay, case study tata motors acquisition of jlr, how do you reference a book in essay
The Best Engineering Research Paper Ideas In this paper we predict a full 3D avatar of a person from a single image. Click on the picture to DOWNLOAD the full list of 100 best engineering research paper topics! More Help in Research Paper Topics for Engineering from Our Authors. Therefore, for professional researchers, theoretical and experimental assumptions are another important part of his research paper on engineering.


Over 75% of stock shares traded on U.S exchanges originate from automated trading systems orders.
As automated trading takes over markets, rational human investors matter even more. – Abernathy MacGregor
High-frequency traders use algobots to arbitrage away the most infinitesimal price discrepancies that only exist over the most infinitesimal time horizons.
Artificial intelligence, sometimes called machine intelligence, is
intelligence demonstrated by machines, in contrast to the natural intelligence displayed by humans and other animals.
Quantum computing is computing using quantum-mechanical phenomena, such as superposition and entanglement. A quantum computer is a device that performs quantum computing.


If you want your video games to run seamlessly, your computer should have a graphics processing unit (GPU) with sufficient dedicated memory. What is GPU memory?
GPU memory is the amount of memory specifically used in processing the graphics requirements of a video game or video editing software.
This memory could be in the computer CPU’s integrated graphics or a dedicated GPU. It is used to store computations and files that the chip needs to process whatever is on the screen.
The GPU is a chip used by your computer’s graphics card or video card to display videos or images on your computer screen. This chip has a particular type of RAM (random access memory) called video RAM or VRAM.
Read on to learn more about GPU memory, how it is used in your computer, and how it can be tweaked or manipulated to optimize its use.
What Is GPU Memory?
Graphics memory is the kind of memory specifically used to process graphics, be it images or videos, by either the CPU’s integrated graphics unit or a dedicated GPU.
This memory is actually a storage space used to store calculations and files that the chip needs to process the images or videos on the screen.
If you want to play high-performance video games or work on video or graphics editing software that uses huge amounts of data, you will need a large amount of VRAM or video random access memory in your computer’s GPU. That is how important GPU memory is.
The GPU amount must be sufficient to display intricate images and videos of high-performance games on the computer screen. This is also true when running several displays of images with high refresh rates or high resolutions.
For your computer to display seamless videos and images, you will need a separate graphics card. A mid-range graphics card must have a dedicated GPU memory bandwidth of at least 512 MB. High-end graphics cards must have a minimum of 1024 MB VRAM.
What Is Shared GPU Memory?
Shared GPU memory is a type of computer architecture design where the graphics card unit’s chip does not have a dedicated memory. It shares the memory of the main system RAM with the CPU and other computer components. This design is called UMA or United Memory Architecture.
Systems with GPU shared memory can run on systems with single processors, clustered microprocessors, and parallel multiprocessors. Moreover, shared GPU memory is mapped into the CPU’s main address space.
Dedicated graphics memory is different from shared graphics memory because it has a separate (dedicated) graphics card. Moreover, you can increase the shared memory of the onboard graphics/video card by changing the settings in the system BIOS.
What Is GPU Memory Clock?
The memory clock of a GPU refers to the speed of the VRAM on the graphics card. It shows how many times per second data is transferred from the VRAM to the GPU or from the system to the VRAM. This speed shows how many cycles per second the memory makes.
It’s possible to increase the GPU memory clock’s speed by first conducting a GPU memory test. Overclocking it will raise its megahertz (MHz) or the clock frequency of the graphics card. This will result in improved game performance because it will increase frame rates.
The memory clock speed (GPU) is also important as the GPU clock, especially with video games with big gigabytes of textures.
You can try a 50 to 100 MHz boost, or about a 10% increase, and observe if it will result in improved game performance. Anything under or around 10% should still provide you with a stable version.
However, increasing the GPU’s core clock is more important than increasing its memory clock speed if you really want to improve game performance. GPU core clock upgrading will always improve performance more than upgrading the memory clock.
GPU Core Clock Vs. Memory Clock
The GPU core clock is different from the memory clock.
The core clock of the GPU is the speed of the chip of the graphics card unit. In general, it is more important than the memory clock when it comes to improving performance.
On the other hand, the memory clock is the VRAM’s speed or video random access memory of the graphics card.
Meaning of GPU Memory Overclock
GPU memory overclocking is tweaking your graphics card to improve game performance. It is the same as tuning up a car engine. As you overclock your GPU, the more processing power it will provide. This will result in video games that run smoother and multimedia files that can render faster.
Overclocking GPU or VRAM will provide you more fps, although not that much. An overclocked VRAM can get unstable faster than an overclocked GPU. If you overclock your GPU or your CPU, it will run much louder. It is safer to overclock their memories since they won’t produce much heat.
It is worth overclocking GPU memory because they can improve performance and increase frame rates but only as much as 15%. However, because of the heat produced, it may not be as stable as before.
If you overclock the GPU memory to increase the frequency, it won’t reduce the GPU’s lifespan so much. But overclocking your processors may void the warranty. It seems you can get a GPU permanently overclocked if you will flash its BIOS.
How to Overclock GPU Memory?
You can boost your PC’s performance without spending anything by overclocking its GPU or graphics card. A graphics card upgrade will be quite costly. Getting the most out of your present GPU might be the only thing you will need at this time.
Tools in Overclocking GPU Memory
GPU Overclocking Software
You will need GPU overclocking software. The MSI Afterburner is recommended for this purpose. Install it on your PC or laptop and run it. You’ll see the current GPU clock and the Memory Clock of the GPU chip on the app’s main dashboard.
The temperature of the chip will also be displayed on the right side of the dashboard. It should be no more than 90°C. If you want, you can modify the skin of the software. Just click on the settings and go to User Interface and apply the change that you want.
There are 4 sliders on the dashboard. Use them to control the overclocking procedure. The 4 sliders represent:
1. Core Voltage
Controls the voltage level that goes into the graphics card. This may not be available on newer graphic cards.
2. Power Level
Enables the card to get more power from the PSU (power supply unit) of your CPU. For instance, if the graphics card’s default is 200 watts, you can use this slider to increase it to 240 watts.
Set the slider to 120. You’re required to do this if you want to overclock your card a bit more. However, this will also increase the heat generated by the system.
3. Core Clock
Use this slider to specify the GPU core clock speed that you want. You will use this slider more than once in this procedure.
4. Memory Clock
Use this slider to use the one in number 3, and only it will be for the GPU memory.
Benchmark Tool (Furmark or 3DMark)
You will also need a benchmark tool to stress-test your GPU. There are two tools that you can use, Furmark and 3DMark. They are both free to download from the internet.
Again, what is GPU memory? GPU memory refers to the memory being utilized in processing a video game or video editing software’s graphics requirements. It is located in the computer‘s CPU or a dedicated GPU.
Steps in Overclocking GPU Memory
1. Benchmark Your Current Settings
Launch Furmark or 3DMark. These are two benchmark tools that you can use to stress-test your GPU. These tools will provide a useful reference point for your GPU’s performance, clock speeds, FPS, and temperature. Take a screenshot of the figures. You will use it to compare results later.
2. Overclock the GPU Chip
Run the MSI Afterburner to overclock the GPU chip. Do this gradually. Increase the core clock by 5%. Observe if you are experiencing any strange graphical glitches, artifacts, or crashes.
The chip should be stable at this level. There won’t be much improvement, though. You are just doing this to check if there will be any issues that will come up.
3. Overclock the Memory
Try increasing the memory clock from 50 to 100 MHz, or about a 10% boost. If games show strange artifacts at these slight overclocks, your hardware may not be designed for overclocking, or you may have to raise the temperature limit.
4. Fine Tune
- Increase the GPU clock by around 10 MHz, then test once more;
- If it is still stable, raise it again by another 10 MHz;
- Do it again and again at these low MHz increments;
- Then run a benchmark test, or play a video game for a couple of hours;
- Check for performance improvements and stability issues;
- At a certain point, your OS may reboot or freeze. That indicates the limit of your GPU;
- Reduce the speed from 10 to 20 MHz below this limit; and
- If you run an overclocked GPU very near its crashing point, it will result in you hitting a wall after hours of videogame playing.
Once you find a stable core clock, repeat the same procedure with the memory clock. Do it separately so you will know which of the two experiences problems.
5. Raise the Power Limit
Now that you know your computer’s limit, you can choose the most viable clock speed that will make you happy. You also have the option to raise the power and temperature limit using the MSI Afterburner and observe how your system reacts.
If you have chosen the first option, start to play a game. Even without overclocking, you will notice that the fans are now slightly louder, and the card is not reducing its clock as drastically or as fast. If you turn on the RivaTuner of the MSI afterburner, you will be able to observe this.
6. Fine Tune the Second Time and Test
Now that you have released more power, you can go back to increasing the speed by increments of 10 MHz. The graphics card will probably rise above its earlier crash point.
It is probable that instead of just a small +100 MHz/200 MHz, you may be able to achieve +170 MHz/450 MHz. It will take some fine-tuning and a lot of patience before you can find that sweet spot.
Benchmark your system once more as soon as you get a stable clock. Use the 3D Mark or Furmark testing tools to do this. Do this as well with your favorite games. Expect to see different numbers, especially in the actual gameplay.
Why Do You Need a Dedicated GPU Memory?
Dedicated memory refers to the memory that is reserved exclusively for the use of the GPU. This is the VRAM on a discrete or separate GPU. The main reason why a dedicated GPU is used is for gaming purposes.
You don’t need a dedicated GPU if most of your computer work involves the following:
- Word Processing,
- Sending and receiving emails,
- Video streaming, or
- Working on Office suite apps.
If you are playing older games, you also don’t need a discrete GPU.
If you want to increase the dedicated memory of your GPU without spending anything, do the following:
- Restart your computer. Press the dedicated BIOS key repeatedly during the boot up to enter the BIOS settings of your PC or laptop;
- When the screen presents you with the BIOS menu, find the menu similar to Graphics Settings, Video Settings of VGA Share Memory Size. They are usually found under the Advanced menu;
- Then increase the pre-allocated VRAM to whatever option you prefer;
- Save the configuration and restart your computer; and
- At your next boot up, follow the same procedure to check if the VRAM of your computer has already increased.
Conclusion: GPU Memory – Essential Things You Should Know
GPU memory is the capacity or amount of memory used to process the graphics requirements of video editing software or a video game. This memory could be in the integrated graphics unit of the CPU, or it can be a dedicated GPU.
This memory or space is used to file and save or store computations that the chip needs to process whatever is on the screen. There should be a minimum of 512 MB GPU memory for mid-range graphic processing and 1024 MB GPU memory for high-end visual processing.
Again, to overclock your GPU memory, here’s what you should do:
- Benchmark Your Current Settings
- Overclock the GPU Chip
- Overclock the Memory
- Fine Tune
- Raise the Power Limit
- Fine Tune the Second Time and Test


What is CANalyse and how do I control(hack) cars through telegram? (Part — 1)
CANalyse is a tool built to analyze the log files to find out unique datasets automatically and able to connect to simple user interfaces such as Telegram. Basically, while using this tool you can provide your bot-ID and be able to use the tool over the internet through telegram.
CANalyse is made to be placed inside a raspberry-PI and able to exploit the vehicle through a telegram bot by recording and analysing the data logs, like a hardware implant planted inside a car which can communicate with the Network bus.
Let’s install the tool, clone the repository from KartheekLade/CANalyse, and open your terminal in the CANalyse folder. if you are using it for the first time install the requirements by using the command:
pip3 install -r requirements.txt
requirements.txt is already provided in the repository and by running the above command it will automatically install all the required libraries used in this tool. Now, you need to run the canalyse_tool.py command:
Once you install the requirements and run the tool it should open a menu like this
You have four options,
- Connect to Telegram
it’s a manual where it describes the functionality of each option in the
“ CANalyse menu ”.
in the CANalyse menu, you can manually record the source and attack files and analyse them. once you navigate to the “ Play payload “ option you can see all the IDs present in the payload.log on the screen. at this point, you can also play the specific ID from the payload log file also.
All that we have done manually can also be done over the internet(telegram). Yep, that's the cool part of the tool. Let’s get started with that, to do that navigate back to the “ Main menu ”.
Connect to Telegram:
once you go to the second option you will be asked to give an “ API token ”. you can create your own Telegram bot and get the “ HTTP API token” enter the token into the tool and it will automatically connect with the tool.
Once you enter your bot “ HTTP API ” ID and it is connected it will show something like this on your terminal.
at this point, the tool has successfully connected with your telegram bot and you can go to your bot on telegram and start to see the menu. the menu displays all the functions which can be used through the telegram bot and the data input format.
if you can see the menu it confirms that your bot can communicate with the tool.
Comm_channel: you can change the communication protocol.
Interface: you can change the interface here, the library python-can supports various interfaces such as:


We present VIDIM, a generative model for video interpolation, which creates short videos given a start and end frame. In order to achieve high fidelity and generate motions unseen in the input data, VIDIM uses cascaded diffusion models to first generate the target video at low resolution, and then generate the high-resolution video conditioned on the low-resolution generated video. We compare VIDIM to previous state-of-the-art methods on video interpolation, and demonstrate how such works fail in most settings where the underlying motion is complex, nonlinear, or ambiguous while VIDIM can easily handle such cases. We additionally demonstrate how classifier-free guidance on the start and end frame and conditioning the super-resolution model on the original high-resolution frames without additional parameters unlocks high-fidelity results. VIDIM is fast to sample from as it jointly denoises all the frames to be generated, requires less than a billion parameters per diffusion model to produce compelling results, and still enjoys scalability and improved quality at larger parameter counts.
Below we compare VIDIM to other methods in the literature. The two input frames are shown at the left, and the output for the selected method is shown at the right. Click below to change the model!
We created subsets of the Davis and UCF101 datasets of 350-400 videos with examples that contain a mixture of large and small motion. Each video consists of 9 frames. The first and last frames are used as input and the middle 7 frames are treated as the groundtruth for the interpolation tasks. To regenerate the datasets, please follow the instructions here .


Pen drives are very popular and portable storage devices making them perfect choice for transferring data from one device to another
or just taking quick backups of your files. Pen drives are convinient little data storage devices but they are prone to damage because of their portable nature.
We recover pen drives that have been broken, bent, chewed, smashed, water damaged, electrically damaged and flash drives that simply fail all by themselves from age or usage.
We also recover flash drives that have been formatted, deleted, not recognized, recognized as incorrect size, asking to be formatted and more.
Pen drives can be corrupted and lose file data for the following reasons
Accidental formatting of usb pen drives
Acciental deletion of files from pen drives without keeping a backup
Power surge while using pendrives in computer, especially with faulty earthing and power connectors.
Removing the device from computer without properly ejecting ( unmounting)
Virus infections, pen drives are escpecially prone to virus attacks as these devices get attached many computers during their normal usage
Data corruption due to unsupported file system type, for eg, connecting a linux formatted drive in windows computer
Contact us if you face any of the issues above, We are experts in dealing with these scenarios.


The first Oculus Rift VR Headsets start shipping
According to a tweet by Brandan Iribe, Oculus VR chief executive, the first Oculus Rift VR headsets have shipped and should start arriving on launch day on March 28th.
History of the Oculus Rift VR Headsets
It has been four years since the Oculus Rift virtual reality Kickstarter campaign raised $10 million from backers in 2012. The long wait is finally over as Rift headsets will start landing in the hands of their pre-orders and backers on Monday.
The Oculus Rift has been mentioned in the media for so long that it can be hard for some to think of it as a new piece of technology. The entire development of the Rift has been in the public eye, starting with the developer preview during their crowdfunding.
Since then, the company has been through multiple generations of hardware, watched numerous mishaps, all to get to this point. What you get is an advanced and refined design: customisable, adaptable, comfortable, beautiful, and truly remarkable.
According to a tweet by Palmer Luckey, founder of Oculus VR, the first shipments will be made to those who pre-ordered. Other people will have to wait until July this year to receive their Rift headsets if they place their orders today. In the meantime, you can join the growing community of Rift users from across the globe.


GAS ALERT QUATTRO
Tel/fax. +39 070522896
Mobile +39 3201658351
BW Technologies by Honeywell have the maximum level of Atex Certificates:
1) "1G" for "ZONA 0" (also with LEL sensor mounted)
2) "European Performance Approval" (EPA) on
Multigas Detectors "Gas Alert Quattro", "Gas Alert Micro 5 IR" & "Impact (Pro)" -
ALL sensors are certificated, not only on Gas Monitors!
Per approfondimenti sulla Atex
GAS ALERT QUATTRO
Visual auditing, easy compliance
- Rugged and reliable, the GasAlertQuattro four-gasdetector combines a comprehensive rangeof features with simple one-button operation.
- With flexible power options, the GasAlertQuattro is always ready.
- The graphic LCD displays easy to identify icons that indicate operational information, such as bump test and calibration status for simplified on siteauditing.
- IntelliFlashTM provides continuous visual confirmation of detector operation and compliance.
- Suited to a wide range of industrial applicationsincluding confined space entry, the GasAlertQuattro is fully compatible with BW Technologies by Honeywell’s MicroDock II automatic test and calibration system.
- GasAlertQuattro has ATEX European Performance Approval and MED.
Standard Package Contents
• Rechargeable battery pack or alkaline pack withthree AA batteries
• Charger wall plug (with rechargeable batteryoption)
• Calibration cap and tubing
• Reversible screwdriver
• Manual, materials booklet and technical referenceguide (Multi-language CD)
Size 13.0 x 8.1 x 4.7 cm (5.1 x 3.2 x 1.9 in.)
316 g (11.15 oz.) (with rechargeable battery pack)
338 g (11.92 oz.) (with alkaline battery pack)
Typical battery life AA alkaline:
14 hours (+68°F to 122°F /+20°C to 50°C)
20 hours (+68°F to 122°F /+20°C to 50°C)
18 hours (-4°F to +32°F / -20°C to 0°C)
Certifications and approvals
Class I, Div. 1, Gr. A, B, C, D
American Bureau of Shipping ATEX: X II 1 G Ga Ex ia IIC T4IECEx: Ga Ex ia IIC T4MEDX: European Conformity ATEX Performance approval EN 60079-29-1, EN 50104, EN 45544
Warranty Full two year (warranty including all sensors).
Option: Warranty extension to 4 years
(2 + 2 year extension of warranty is available at the time of purchase).
After 2 years, full maintenance will need to be done on the instrument (must be done by a BW Technologies by Honeywell Certified and Approved Service Provider) and the LEL and O2 sensors plus filters must be replaced.
This is provided as part of the extended warranty package.
The warranty extension applies to the instrument including all sensors with the exception of the battery.
For prices and details:
MAIL: firstname.lastname@example.org / email@example.com
TEL. +39 070522896 CELL. +39 3201658351
SCHEDA TECNICA CLICCA QUI


The GoPro HERO3+ Silver Edition Camera is 15% smaller and lighter than its predecessor, the HERO3. It also features faster built-in Wi-Fi than the HERO3. The HERO3+ is designed for recording a variety of adventure sports and it comes with a rugged housing that is waterproof down to a depth of 131′ (40m). The camera captures Full HD 1920 x 1080p video at 60 fps, as well as 1280 x 720p at 120 fps. It supports both NTSC and PAL video systems as well. For still images, the HERO3+ supports up to 10MP photos with a burst rate of up to 10 fps.
The HERO3+ is compatible with the optional Wi-Fi Remote, LCD Touch BacPac and Battery BacPac (all sold separately). It comes with two mounts to get you started, but it’s also compatible with a variety of mounting accessories for most outdoor adventure and action sports. The HERO3+ camera features an ultra wide angle glass lens, a low-light image sensor and a microSD card slot. There’s a built-in mono microphone and a port for optional accessories including the 3.5mm Stereo Mic Adapter and Composite A/V Adapter, which are both sold separately.
To ensure you get the best shot possible, the HERO3+ is equipped with advanced capture settings including Looping Video, Continuous Photo and White Balance. Plus, it supports time-lapse recording. The HERO3+ also works with the improved GoPro Studio 2.0 software, which allows you to easily create professional-quality videos with your GoPro content. The camera’s other features include enhanced low-light performance and a rechargeable lithium-ion battery, which lasts 30% longer than the HERO3 battery.
Capture up to 10MP Photos at 10 fps, Ultra Wide Angle Glass Lens
Built-In Wi-Fi & GoPro App Ready, Compatible with Optional Wi-Fi Remote
Provides Enhanced Low-Light Performance, HERO3+ Is 15% Smaller Than HERO3, Battery Lasts 30% Longer Than HERO3


An artificial pacemaker is a small battery-operated device that helps the heart beat in a regular fashion. It evaluates the heart’s electrical system and when necessary, sends electrical signals at regular intervals to the heart to rectify abnormalities in the heart’s electrical system.
The Sinoatrial node, which is the heart’s natural pacemaker, emits a steady burst of electrical signals comprised of electrically active cells. The signals then travel to the electrical bridge (the Atrio-Ventricular node) between the upper and lower chambers and finally, move to the lower chambers. A problem in the electrical pathway can disrupt the heart’s regular beating, artificial pacemakers help rectify these issues.
How Does A Pacemaker Work?
The artificial pacemaker has two parts: a generator and wires (leads).
The generator is a small unit powered by a battery, it produces electrical impulses to stimulate the heart to beat. The generator is implanted under the skin and is connected to the heart with the help of tiny wires, the impulses flow at regular intervals through these wires, just like how the impulses from the heart's natural pacemaker would flow. Today, the battery in artificial pacemakers last for about 8-12 years.
The pacemaker leads identify the heart’s own electrical activity and transmit the information to the pacemaker generator. If the heart rate is too slow, the generator diffuses tiny electrical signals to the heart to stimulate the contraction of the heart muscle. Thus, pacemakers do not replace the working of the heart; the heart still beats on its own, the pacemaker merely helps regulate the timing of the heartbeat.
Some pacemakers are used externally and temporarily, and not surgically implanted.
Pacemakers are implanted in the body through a minimally invasive surgery, it is done with the help of local anaesthesia, and generally takes less than an hour.
A small incision is made under the patient's collarbone and a “pocket” is created under the skin in the tissue covering the muscle. The pacemaker leads are then inserted through a vein near the site of the pocket and is pushed into the heart with the help of fluoroscopy (X-Rays). The leads are attached to the generator that is placed in the pocket, and the incision is closed.
In about 2 to 4 weeks, the patient can return to a completely normal routine.
Pacemaker Programming And Maintenance
Pacemaker generators are in essence, tiny computers and the software is “tweaked” to suit individual users. Pacemakers can be programmed with a handheld device non-invasively since the external device communicates with the pacemaker through the skin. The programming can be repeated or altered as necessary depending on the patient’s heart rhythm changes.
It is important to check the implanted pacemaker periodically to ensure effective functioning and battery efficiency. An elective pacemaker replacement is done when the battery begins to get low. No batteries are changed; instead, the old generator is replaced with a new one and the pacemaker leads need not be replaced. This is not merely a "battery change" although some doctors sometimes use the term.
Types Of Pacemakers
- Single chamber pacemaker with one lead in the upper chambers (atria) or lower chambers (ventricles) of the heart
- Dual chamber pacemaker with one lead in the atria and one lead in the ventricles of the heart
- Cardiac resynchronization therapy (CRT) pacemaker with three leads: one in the right atrium, one in the right ventricle, and one in the left ventricle (via the coronary sinus vein)
- Although most home appliances are safe to use, care needs to be taken while working with devices that generate powerful magnetic fields – devices like medical devices, heavy duty industrial motors, arc welding equipment, etc. Such devices can impede the function of pacemakers.
- Keeping cellular phones in the breast pocket can potentially hinder the functioning of a pacemaker. It is advisable to keep cellular phones at least six inches away from the pacemaker.
- Avoid walking through metal detectors at airports, bus stations, malls, etc. Showing your pacemaker identification card to the security personnel can help.
- Special care needs to be taken while undergoing MRI scans as the pacemaker has to be shielded from the radiation field.


There are so many blogs, technology compilations. 10 things about this 20 things about that. And here we are, with a new one but in this case is a special one because we will present up to five android alternatives for the newly introduced iPhone 6. No doubt that since the day of presentation the new smartphone from Apple is one of the peak moments the year. This year has seen something interesting and this is the first time Apple has two new devices with different sizes, a 4.7-inch iPhone 6, and a 5.5-inch iPhone 6 Plus. Both are iPhone, both come to stand up to the entire Android ecosystem and both deserve their own collections.
Thus, crossing which we regard as the most powerful alternatives if Android users search what the iPhone 6 does not offer them. Let’s start.
Sony Xperia Z3 Compact
Sony has presented this Compact range of Xperia devices that approaches to the size of iPhone 6. Xperia Z3 Compact, the 4.6-inch model fits best in the list of alternatives to iPhone 6. One of the feature of Z3 Compact is its screen : 4.6 inches with a HD resolution. In the rest, the Z3 sports a Snapdragon Compact 801 processor with 2GB of RAM and 16 GB of internal storage. Xperia Z3 have awesome camera, 20.7 megapixels, is one of its strengths, and a 2600 mAh battery that thanks to STAMINA mode can become impossible to get autonomy. This is the best alternatives to iPhone 6 which can come around 499 Euros or 45000 Indian Rupee.
Samsung Galaxy Alpha
If we talk about Alpha we are referring to a device expressly and especially designed to compete with the iPhone 6. If ever there was a terminal in the catalog of Samsung built for it, is the Alpha Galaxy. It has a 4.7-inch display with HD resolution, 801 Snapdragon processor, 2 GB of RAM and 32 GB of storage as a basic model. The terminal really promising in terms of performance and autonomy with its 1850 mAh, relying on low consumption of your screen and processor. In the back we found 12 megapixel quality camera, which is no small feat. It is found at 650 euros or 40000 Indian Rupee
HTC One M8
One of the great forgotten of this year. You can tell how bad it must be having when HTC worked so hard on their excellent One M8 and it is definitely one of the best alternatives to iPhone 6. An Android smartphone with 5-inch FullHD screen. HTC One M8 sports a camera which is one that has better performance of the whole market. Its Snapdragon processor 801 is supported by 2 GB RAM and 16 GB of storage, no expandable. The battery is 2600 mAh and ensures a very good autonomy. We also find added front speakers, BoomSound with great sound quality and power. And its aluminium body is probably in the top three of the most beautiful smartphones of the year. Great job HTC and well deserved entry in the alternatives to iPhone 6: What have available for just over 400 euros or 40000 INR.
Of all those discussed in this compilation, the Nexus 5 is the only one that comes from the 2013 batch. The reason? Probably because even today it remains the most fluid smartphone we can find, and also one of the most balanced. This reason is enough to add this device to the list of best alternatives to iPhone 6. We could say that the latter is also the winner, but do not want to hurt feelings of the fans of other brands. The Nexus 5 comes with FullHD 5 inches Screen, Snapdragon 800 processor with 2 GB of RAM and versions in 16 and 32 GB. The rear camera is 8 megapixels and battery, its weak point, only 2300 mAh. It has good range but certainly far from dazzling. And yes, This device will receive Android L in record time compared to their peers list. Whether it is in many places below its starting price, hovering around 300 euros or 32000 Indian Rupee.
Motorola Moto X 2014
The last to arrive and the last in the compilation, because it also has a screen of 5.2 inches which is more big than that of 4.7 inches iPhone 6. The Moto X, completely renovated, offers all the power of 801 to 2.5 GHz Snapdragon supported over 2 GB of RAM and two storage versions, 16 and 32 GB. The rear camera has 13 megapixels and the front 2MP. Its battery is 2300 mAh so we find many similarities with the Nexus 5, also on the list, not just in terms of features. Motorola is one of the manufacturers that makes fewer customizations and offers almost stock Android to its users and whose experience is closer to the Nexus. The design, weight, power and fluidity are main features of this device and hence we have added this device list of alternatives to iPhone 6.
This is one of the best of compilation, but the choice depends on you. Above are the Android alternatives to iPhone 6 to choose from, but still if you want that bitten apple, go for it because iPhone 6 is also a great smartphone, choice is yours.
See any model on? Do you cast it into any missing? That’s what comments are for discussion. Do you you urge?


In this full comparison of technical specifications, we will compare the PS5 vs PS4. We'll be looking at both versions of the PlayStation 4, including the PS4 et For PS4. With Sony revealing all about the Technical specifications of the PS5, you might be wondering how the next-gen console compares to its current-gen counterparts. As part of our Guide PS5, we'll pit the three systems against each other, but if you're more interested in competition, then refer to the following: PS5 vs Xbox Series X: Full Tech Specs Comparison. You can also learn more about Teraflops PS5 through the link.
PS5 vs PS4: full comparison of technical specifications
Below is a full tech spec comparison of the PS5 to the PS4, which includes both the PS4 and the PS4 Pro.
|CPU||8 Zen 2 cores at 3,5 GHz (variable frequency)||8GHz 2,1-core AMD Jaguar||8GHz 1,6-core AMD Jaguar|
|But by the full GPU acceleration tech||10.28 TFLOP, 36 CU at 2,23 GHz (variable frequency)||4.2 TFLOP, 36 UC at 911 MHz||1,84 TFLOP, 18 UC at 800 MHz|
|GPU architecture||Custom RDNA 2||AMD Radeon||AMD Radeon|
|Memo||16 GB of GDDR6 / 256-bit memory||8 GB of GDDR5 memory and 1 GB of DDR3 memory||8GB GDDR5|
|Memory bandwidth||448 GB / s||217 GB / s||176 GB / s|
|Internal storage||Custom 825 GB SSD||1 TB hard drive||500 GB hard drive|
|Throuput d'E / S||5,5 GB/s (raw), 8-9 GB/s typical (compressed)||~ 50-100 Mo / s||~ 50-100 Mo / s|
|Expandable storage||NVMe SSD slot||Internal hard drive slot||Internal hard drive slot|
|External storage||USB hard disk support||USB hard disk support||USB hard disk support|
|Optical reader||4K UHD Blu-ray player||Blu-ray player||Blu-ray player|
PS5 vs PS4: Which is more powerful?
There will be no surprise here, but PS5 is much more powerful than PS4 Pro and PS4. Not only does Sony's next-gen system have superior CPUs and GPUs, but its SSD is also much faster. For more information about the SSD, refer to the following: PS5 SSD: Why It's Better Than HDD. The only real downside is that, at an unorthodox 825GB, the PS5 has less storage space than the PS4 Pro. Apart from that, the PS5 smokes its predecessor in every category.
Are you happy with the next-gen improvements to our comprehensive PS5 vs PS4 tech spec comparison? Let us know in the comments section below, and be sure to refer to our Guide PS5 for more information.


Quite an eventful couple of days.
To start with I was very pleased with the little remote display and decided to fit that first. I choose to fit it without the big box and put the unit flush into the wall above the cooker burners. The wall is 25mm thick with 2mm PVC on both sides. I only wanted a small exit hole on the inside. Just large enough to get the ethernet type connector through. The front face needed a 75mm hole for the display to sink in. I marked both sides for drilling. Large hole first, with the back Pvc taken off, I drilled through both Pvc and 25mm Celotex. Deburred the hole, fitted the display, marked and drilled the fixing holes, and screwed it in position. After a small pause, I returned to put the hole for the plug through the inside Pvc. My aim and positioning were perfect, dead center. I thought the relatively blunt pilot drill would easily go through a 2mm Pvc sheet. It did, all of a sudden, and to my dismay, and cost, drilled most of the wiring out of the connector socket
A new one should arrive on Monday
Fitting the Controller.
The controller is smart. Smarter than me as it seems. It can work with a 12-volt system or a 24 volt one. It then decides what to do with the power available. To work this out you have to connect the battery to it first so that it knows what it is working with. I did then connected the solar panel to the controller but being paranoid about overvoltage I checked the battery voltage with my multimeter. It said it was 16 volts but the lights on the controller said the battery was only just over half full. I gave it time to stabilize then checked again. 18 volts!!
I emailed Bimble solar and told them my concerns They suggested I disconnect everything, try to draw some power out of the battery then try again. They were as confused as I was. After putting a 55-watt headlamp bulb on the battery for an hour the voltage had only dropped to 15.7 volts I took pictures of the setup and sent them to Bimble solar. They then recommended I tried a different multimeter. You know just the sort of thing you carry a spare.
I did have a voltmeter in the "control panel" so I took that out and wired it to the battery. !2.3 volts!
That's more like I expected to see. I never expected to have a duff multimeter. I've been using it for years
So it was reconnect everything. Battery first then solar and the system is charging up on bulk as it should.
The controller in its new position in what used to be the wardrobe. I think part of it will be again for a bit of hanging room and as long as I can keep the controller cool enough the extra warmth might be useful for cold clothes.
The battery was moved from the foot box under the table to the storage box under the seat. With a matching one the other side I will need to get a matched pair of batteries to work best with them connected in parallel. The boxes will have to have dropouts in them. The box from which the battery came from and its smaller footrest will need to be rejigged to accept a water container, later.
I had always intended to keep the workboxes it the top cupboard area as being vertically challenged I cant see to the back of the cupboard unless I'm on a box
I saw a friend's VW camper that had Tambour doors on the cupboards. Like a roll-top desk (I didn't know what they were called)
Two to go on this side
One on the other and just to have things matching I might fit a vertical one for a wardrobe door.
Plans are at early stages for the framework to fix the solar panel down, still looking to be able to tip it up(when stationary and keep it down when moving
I need more aluminium angle to complete that.


Based on patented technology, our unique ionic liquid electrospray thruster is the next big thing in small satellites propulsion.
The number of small satellites constellations in Low Earth Orbit is bound to skyrocket in the next decade to answer communication, earth observation, climate monitoring or military needs back on Earth.
Those satellites will require adequate propulsion systems to optimize their utilization and life-duration on orbit. ION-X develops and markets such propulsion systems: Simple, Efficient, and Powerful!
The ionic liquid goes from the tank up to the emitters by capillarity.
A high-voltage electric potential is then applied to form a Taylor cone that will trigger the extraction of charged particles.
These particles are finally ejected at a very high speed through the extraction grid.
SIMPLE EFFICIENT POWERFUL
ION-X is currently developing a 1U plug-and-play thruster able to deliver unmatched thrust and fuel efficiency (ISP) while offering great operability with non-toxic & non-pressurized propellant. Our product will also allow satellites operators to adapt in real time the thrust and efficiency depending on the required orbital manoeuvers : high thrust & low ISP for orbit injection, low thrust & high ISP for station keeping. Our system will also be very well suited for end-of-life management or debris avoidance manoeuver. ION-X : your one-place shop to optimize the value of your assets on-orbit!
Following our on-orbit demonstration mission, we aim at putting our first thruster on the market by mid-2024. With production costs and manufacturing processes compatible with at-scale roll-out, ION-X will offer competitive lead-time for constellation projects by the end of 2024.
1U qualification Model (QM1) performance validation
Finalization of QM1 full engine design
Completion of structural qualification flight test campaign
On orbit demonstration of Flight Model (FM1) performances
Launched in 2021, ION-X leverages decades of research on focused ion sources at CNRS. Started initially in the 80s for nanoelectronics application, these research activities allowed the development of the unique materials and manufacturing processes that are today at the heart of ION-X’s technological advantage. Currently located in the French Center of Nanoscience Expertise (C2N-CNRS), in Saclay, at the heart of one the biggest science hubs in the world, our team composed of engineers and scientists takes advantage of state-of-the-art research facilities. Our mission is bold: develop the most efficient propulsion system ever put in space!
You want to join our team of space propulsion enthusiasts? Partner with us for an in-orbit demonstration mission? Be among the first to procure a thruster with unmatched performances? Invest in ION-X and participate to the Newspace economy? Please reach-out to us, we will schedule a dedicated meeting within days!


Real-time data from apps and wearables helps create a holistic perspective of a patient's health. This longitudinal data provides more context to their social and behavioural patterns outside of the clinical environment. This data from devices can also be used for remotely monitoring patients allowing providers to track vitals and prevent adverse events
Health data from consumer health devices and apps can drive your engagement programs with better data insights and help create better health outcomes. You can identify members that are high risk and those with early signs of chronic conditions allowing you mitigate risk across your insured population.
You can remotely collect data from participants in clinical trials meaning fewer in-person visits and less manual tracking. Access to real-time data provides researchers the ability to make amendments to protocols and better decisions based on how participants are reacting to a drug. Early signals can also be detected to help identify drug efficacy for specific subsets of the study population.
We support integration with several popular health devices and apps such as Fitbit, Biostrap, Withings, Apple Health, Oura Ring, Google Fit, Garmin, iHealth, Omron, Polar, Strava, Keto-Mojo, Corsano Health and others. You can use our cloud based API or we can help you implement our prebuilt integration libraries into your environment / app directly.
healthR now supports Optical Character Recognition (OCR) and Medical Concept detection via our new Vision API. You can now upload images containing text (prescriptions, medical notes, readings from non connected devices) and the API will return the text from the image along with all associated medical concepts (classification of text)
As well as being able to connect to a wide range of wearable devices and apps, healthR is also a secure health data storage platform. This allows app developers and device manufacturers to use healthR as their core data platform for devices and apps. We can also help develop predictive health insight algorithms based on longitudinal data using Machine Learning.
The healthR Voice API is designed to allow better patient and doctor interactions using voice as a mechanism to store consultation notes. Voice is an API first voice storage and transcription service that allows EHR vendors and Digital Health services to build voice interactions into their offerings to allow health professionals to easier record and access consultations with their patients. The service transcribes and performs medical concept detection for easy integration into medical records.


Apple dropped a big announcement at its recent World Wide Developers Conference. Apple’s Macs are officially transitioning from using Intel chips to using Apple’s own silicon chips, which they've already been doing on iPhone, iPad, and Apple Watch.
Apple will release the first Apple Silicon Mac later this year, and plan to transition their entire lineup over the next two years. It appears that moving to custom chips will allow Apple to create faster, more power efficient computers. It will also allow Macs to learn new tricks, such as running iPhone apps side by side with Mac apps.
New operating systems are coming out, too. The new Mac OS will be called Big Sur. Like its predecessor, Catalina, the new Big Sur operating system will not run your older 32-bit applications. If you are still running Mojave or an earlier system, and you are unsure if you have 32-bit apps, book an appointment with Jensen to assess your system before making the switch to a new operating system.
Is your device compatible? See the charts below:
Jensen on BlainesWorld Radio Show
BlainesWorld Radio host Blaine Greenfield interviewed Jensen on his show June 24. Jensen appears in the second half.
Click here to see the interview.
Jensen Gelfond is the Founder of Asheville Digital Lifestyle. He helps people use their technology more effectively and joyfully.


Written by Nóra Lehotai. Pictures by Linda Sandblad.
The first course by MIMS in the frame of the NordForsk grant was held in Umeå in December 2022 under the lead of UCEM and BICU, two imaging facilities at Umeå University.
The Swedish node of the Nordic EMBL Partnership for Molecular Medicine, MIMS, held its first course in Umeå in the frame of the ”NordForsk: Nordic EMBL Partnership Hub” grant during 5-8 December 2022. Two state-of-the-art imaging facilities at Umeå University; Umeå Centre for Electron Microscopy (UCEM) and Biochemical Imaging Centre Umeå (BICU), were the drivers of the workshop where participants could learn about advanced correlative light and electron microscopy (CLEM) methods.
Picture: CLEM workshop participants and teachers having lunch break together at Umeå University.
The workshop aimed at providing knowledge not only in the forms of theoretical lectures but also as hands-on practical sessions for techniques such as in-resin preserved fluorescence for CLEM, Tokuyasu ultramicrotome sectioning combined with staining techniques on sections, cryo-CLEM and cryo-FIB milling.
From the sixteen workshop participants, seven travelled from Denmark, two from Finland, one from outside of the Nordic countries and six were from Umeå University. Alongside the students, staff of UCEM and BICU, furthermore, five invited speakers enriched the 2 days-programme:
- Prof. Eija Jokitalo, adjunct professor and research director of the EM-unit at the Institute of Biotechnology, University of Helsinki,
- Bettina Zens, PhD student in the Schur lab at the Institute of Science and Technology Austria,
- Dr. Perrine Paul-Gilloteaux, research engineer, Nantes Université, CNRS,
- Dr. Marianne Sandvold Beckwith, EIPOD postdoctoral fellow at EMBL, and
- Dr. Jae Yang, scientist at the UW-Medison Cryo-EM Research Center at the University of Wisconsin-Madison (joined online).
The participants talked very positively about the workshop, what they learned there, and how they had fun during the joint dinner combined with games such as bowling and shuffleboard.
Pictures: Hands-on learning in the frame of the CLEM workshop at the Umeå Centre for Electron Microscopy (UCEM) facility at Umeå University.
The “Workshop on Advanced Correlative Light and Electron Microscopy (CLEM) methods", 5-8 December 2022, was developed by Naga Venkata Gayathri Vegesna, senior research engineer at the Department of Integrative Medical Biology (IMB), first research engineer for correlative imaging at UCEM, and facilitated by MIMS with the help of Dominik Fischer, Science Manager at MIMS.
Learn more about the NordForsk: Nordic EMBL Partnership Hub courses by the Nordic EMBL Partnership: https://projects.au.dk/nordic-embl-partnership/collaborations/nordforsk-nordic-embl-partnership-hub/
Learn more about Biochemical Imaging Centre Umeå (BICU): https://www.umu.se/en/research/infrastructure/biochemical-imaging-centre-umea-bicu/
Learn more about Umeå Centre for Electron Microscopy (UCEM): https://www.umu.se/en/research/infrastructure/umea-centre-for-electron-microscopy-ucem/


Table of Contents
Understanding the Basics of Artificial Intelligence
Artificial Intelligence (AI) has become a buzzword in recent years, encompassing a broad range of technologies and applications. At its core, AI refers to the simulation of human intelligence in machines, allowing them to perform tasks that typically require human intelligence. This includes learning, problem-solving, decision-making, and even understanding and responding to natural language. AI systems are fueled by vast amounts of data and use complex algorithms to analyze and interpret information, enabling them to generate insights and make informed decisions.
To understand the basics of AI, it is crucial to explore its foundational technologies. One such technology is machine learning, which forms the backbone of many AI systems. Machine learning algorithms allow computers to learn and improve from experience without being explicitly programmed. By training on large datasets, these algorithms can identify patterns and make predictions or decisions based on the data. Another important aspect of AI is deep learning, which involves the use of artificial neural networks modeled after the human brain. These networks can process and analyze complex data, such as images, sounds, or text, enabling AI systems to perform tasks like image recognition or natural language understanding. Overall, understanding these key technologies is essential for grasping the fundamental principles behind AI and its potential applications.
The Evolution of AI: From Science Fiction to Reality
In the early days of artificial intelligence (AI), the concept seemed like nothing more than a futuristic dream portrayed in science fiction movies and books. However, over time, this technology has evolved and become a reality. AI, which refers to the development of computer systems capable of performing tasks that typically require human intelligence, has made significant strides in various industries.
The evolution of AI can be traced back to the mid-20th century when researchers began exploring the possibilities of creating machines that could simulate human intelligence. The term “artificial intelligence” was coined in 1956, sparking a wave of curiosity and enthusiasm. Since then, AI has advanced through the relentless efforts of scientists and technologists, bringing us closer to a future where intelligent machines are an integral part of daily life.
• In the early days, AI was seen as a concept only found in science fiction movies and books.
• Over time, AI has become a reality and is now capable of performing tasks that typically require human intelligence.
• The evolution of AI can be traced back to the mid-20th century when researchers began exploring the possibilities of creating intelligent machines.
• The term “artificial intelligence” was coined in 1956, sparking curiosity and enthusiasm for this field.
• Since then, scientists and technologists have made relentless efforts to advance AI technology.
• These advancements have brought us closer to a future where intelligent machines are an integral part of our daily lives.
AI Applications in Various Industries
AI has become increasingly prevalent across various industries, revolutionizing the way businesses operate and transforming the customer experience. One area where AI has made significant strides is in healthcare. With the ability to analyze vast amounts of medical data and detect patterns, AI has allowed for more accurate diagnoses and treatment plans. Additionally, AI-powered robots and chatbots have been introduced to enhance patient care, providing support and answering questions in real-time. These advancements have not only improved patient outcomes but also optimized operational efficiency in hospitals and clinics.
Another industry benefitting from AI is the business sector. AI algorithms have enabled companies to streamline their processes, automate mundane tasks, and boost productivity. For example, AI-powered virtual assistants have become commonplace, helping businesses manage appointments, handle customer queries, and even assist with decision-making. Moreover, AI has also transformed the way companies engage with customers through personalized recommendations and targeted advertising. By leveraging AI technology, businesses have improved customer satisfaction and gained a competitive edge in the market.
Debunking Common Myths About AI
Myth: AI will replace human jobs.
There is a common misconception surrounding AI that it will completely replace human jobs, leading to widespread unemployment. However, this myth fails to acknowledge the true potential of AI as a tool that augments human capabilities rather than replacing them. In reality, AI has the potential to automate certain repetitive and mundane tasks, allowing humans to focus on more complex and creative endeavors. With the integration of AI, the workforce can experience increased efficiency and productivity, leading to new job opportunities and economic growth.
Myth: AI has human-like consciousness and emotional intelligence.
Another myth about AI is the belief that it possesses human-like consciousness and emotional intelligence. It is essential to understand that AI, in its current form, lacks the ability to replicate human consciousness and emotions. While AI algorithms can be programmed to respond to certain cues and generate answers that may resemble human thinking, they lack the genuine understanding and subjective experience that defines human consciousness. AI is based on algorithms and data, and its decision-making process is devoid of human emotions and subjective judgment.
The Role of Machine Learning in AI
Machine learning plays a vital role in the field of artificial intelligence (AI), enabling computers to learn and improve from experience without being explicitly programmed. It involves the development of algorithms and models that learn from data, allowing AI systems to make accurate predictions and decisions. One of the key benefits of machine learning is its ability to analyze vast amounts of data and identify patterns that humans may not be able to detect. By processing this data, machine learning algorithms can extract valuable insights and make informed decisions based on the patterns and trends they uncover.
In the context of AI, machine learning algorithms are the driving force behind many advanced applications. From image recognition and speech synthesis to autonomous vehicles and virtual assistants, machine learning algorithms power various technologies that aim to replicate or surpass human intelligence. By continuously learning from data, these algorithms can adapt and improve their performance over time, enhancing the capabilities of AI systems. As more and more data becomes available, machine learning will continue to play a crucial role in pushing the boundaries of what AI can achieve.
Exploring Deep Learning and Neural Networks
Deep learning and neural networks have emerged as powerful tools in the field of artificial intelligence. These advanced techniques allow machines to learn intricate patterns and perform complex tasks with remarkable accuracy. Deep learning models, inspired by the structure and function of the human brain, consist of multiple layers of interconnected nodes called neurons. By inputting vast amounts of data and adjusting the connection weights between the neurons, these networks can recognize and classify information, make predictions, and generate novel outputs.
One important aspect of deep learning is its ability to handle unstructured data, such as images, audio, and text. Convolutional neural networks (CNNs), a type of deep learning model, have proved to be highly effective in visual recognition tasks. By using convolutional layers to extract features from images and pooling layers to reduce their dimensionality, CNNs can identify objects, recognize faces, and even diagnose medical conditions. Similarly, recurrent neural networks (RNNs) excel at processing sequential data, such as speech and natural language. Through techniques like long short-term memory (LSTM), RNNs can capture patterns over time, making them ideal for tasks like language translation, sentiment analysis, and speech recognition.
In conclusion, deep learning and neural networks have revolutionized the field of artificial intelligence, enabling machines to perform tasks that were once thought to be the exclusive domain of human intelligence. The ability to learn from vast amounts of data and make complex decisions has led to breakthroughs in various domains, ranging from computer vision to natural language processing. As researchers and engineers continue to explore and refine these techniques, the potential applications and advancements in deep learning and neural networks are bound to reshape the future of AI.
Natural Language Processing: Powering AI Conversations
Natural Language Processing (NLP) plays a crucial role in powering AI conversations, enabling machines to understand and interact with humans in a natural and meaningful way. By analyzing and interpreting human language, NLP enables AI systems to comprehend the nuances of human speech and respond accurately. This technology has evolved significantly in recent years, with advancements in machine learning and deep learning algorithms, leading to improved accuracy and contextual understanding.
One of the key challenges in natural language processing is accurately interpreting the complexity of human language. NLP algorithms use various techniques, such as syntactic parsing, semantic analysis, and named entity recognition, to understand the structure and meaning behind sentences. This allows AI systems to not only respond to basic queries but also engage in more complex conversations, understanding context and capturing the intent behind the words. As natural language processing continues to advance, it has the potential to revolutionize the way humans interact with machines, enhancing communication and enabling more sophisticated applications of artificial intelligence.
The Ethics and Social Impact of AI
Ethics play a crucial role in the development and deployment of artificial intelligence (AI) systems. As AI becomes integrated into various industries and societal domains, it raises important questions about its ethical implications. One such concern is the issue of bias in AI algorithms. Since AI systems are trained based on historical data, they can inherit and perpetuate biases present in the data. This can lead to discriminatory outcomes, such as biased hiring processes or unfair targeting in law enforcement. It is therefore essential for developers and policymakers to prioritize fairness and equality when designing and implementing AI systems, ensuring that they are free from prejudice and promote inclusive practices.
Another ethical consideration is the privacy and security of personal data in the era of AI. AI algorithms rely on vast amounts of data to learn and make predictions, but this abundance of personal information raises concerns about data privacy and potential misuse. Organizations must establish robust data protection measures to safeguard individuals’ privacy and prevent unauthorized access or data breaches. Moreover, there should be clear guidelines and regulations regarding the collection, storage, and use of personal data in AI applications. By striking a balance between data-driven innovation and privacy safeguards, we can uphold ethical standards and maintain public trust in AI technologies.
AI and Data Privacy: Addressing Concerns
As artificial intelligence (AI) continues to advance and integrate into various aspects of our lives, concerns about data privacy have become more prominent. With AI’s ability to collect, analyze, and interpret vast amounts of data, questions arise about how this information is being handled, stored, and protected. Privacy is a fundamental right that individuals should have when interacting with AI systems, and it is important to address these concerns to ensure transparency and accountability in the use of personal data.
One key concern is the potential misuse of personal data by AI systems. As AI relies heavily on data for training and decision-making, there is a risk that sensitive information, such as personal identifiable information (PII), may be accessed or used without proper consent. This raises questions about data ownership, consent mechanisms, and the responsibility of organizations and AI developers to protect user privacy. Additionally, with the increasing use of AI in areas such as healthcare and finance, the potential for discrimination or bias in algorithms becomes a major concern, as personal data can be used to make decisions that can have significant impacts on individuals’ lives. Ensuring robust privacy policies, transparent data practices, and rigorous ethical standards are essential in addressing these concerns and building trust in AI technology.
AI in Healthcare: Revolutionizing the Industry
Artificial Intelligence (AI) is making rapid strides in the healthcare industry, revolutionizing the way medical professionals diagnose, treat, and care for patients. The integration of AI technology in healthcare systems has allowed for better access to patient data and more precise analysis, leading to improved outcomes and enhanced patient care. AI-powered medical imaging, for instance, has shown remarkable accuracy in detecting and diagnosing diseases such as cancer, enabling early intervention and potentially saving lives.
Moreover, AI is proving to be invaluable in personalized medicine, where treatment plans are tailored to individual patient profiles. By analyzing extensive datasets and genetic information, AI algorithms can predict an individual’s susceptibility to diseases, optimal treatment options, and even potential adverse reactions to medications. This level of personalized care not only leads to better patient outcomes but also eliminates the trial-and-error approach in treatment plans, thereby saving valuable time and resources. With AI’s ability to process vast amounts of data quickly and efficiently, it is transforming healthcare into a more proactive and patient-centric industry.
AI in Business: Enhancing Efficiency and Decision-Making
AI plays a crucial role in enhancing efficiency and decision-making in the business landscape. With its ability to analyze vast amounts of data in real-time, AI systems can provide valuable insights and make predictions that enable organizations to make informed and data-driven decisions. This has the potential to streamline processes, optimize resource allocation, and improve overall operational efficiency.
One of the key ways AI enhances efficiency in business is through automation. AI-powered bots and algorithms can automate repetitive and mundane tasks, freeing up human resources to focus on more strategic and complex activities. By automating routine tasks such as data entry, customer service inquiries, and inventory management, businesses can significantly reduce the time and effort required to complete these tasks, resulting in increased productivity and efficiency. Additionally, AI systems can continuously learn and improve their performance over time, further enhancing their ability to handle complex business processes and tasks.
Challenges and Limitations of AI
Artificial Intelligence (AI) has undoubtedly made tremendous advancements in recent years, but it is not without its challenges and limitations. One of the main challenges that AI faces is the limitations of data availability. While AI algorithms rely heavily on vast amounts of data to learn and make accurate predictions, obtaining high-quality and comprehensive datasets can sometimes be a daunting task. In certain industries, such as healthcare or finance, sensitive data may be restricted, making it difficult for AI systems to train and perform optimally.
Another significant challenge is the lack of transparency and interpretability of AI models. As AI becomes more complex and sophisticated, it can be challenging to understand how these models make decisions or reach conclusions. This lack of transparency raises concerns regarding trust, accountability, and the potential biases that may be embedded within the algorithms. Without clear explanations for the decisions made by AI systems, it becomes difficult to ensure fairness and avoid discrimination in various applications, including hiring processes or criminal justice systems.
These challenges and limitations of AI shed light on the need for ongoing research and development in the field. As AI continues to advance, addressing these challenges becomes crucial for unlocking its full potential and ensuring ethical and responsible use.
The Future of AI: Trends and Predictions
As we look to the future of artificial intelligence (AI), several trends and predictions emerge. One key area of growth is the integration of AI with Internet of Things (IoT) devices. With the increasing number of connected devices, AI will play a crucial role in collecting, analyzing, and interpreting data generated by these devices. This integration will enable smarter automation, improved decision-making, and enhanced efficiency across various industries.
Moreover, the development of AI-powered virtual assistants is expected to surge in the coming years. These assistants, equipped with natural language processing capabilities, will be able to understand and respond to human commands, making interactions more intuitive and seamless. From voice assistants in our homes and cars to chatbots in customer service, virtual assistants are poised to become an indispensable part of our daily lives. With advancements in machine learning and data processing, these assistants will continuously learn and adapt, providing personalized and tailored experiences to users. The future of AI holds great promise, where innovative technologies will continue to drive transformation and shape our world in ways we have yet to imagine.


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ATTENTION BIG DOG OWNERS
ISSUE: Big Dog Motorcycles with Electronic Harness Control (EHC) require the high & low beam headlights
draw 5 & 4 amps respectively, if they do not the lights will not function properly (they will flash or pulsate) or
may not work at all. If hooking up a relay, the solenoid will not draw enough amps to activate the EHC.
SOLUTION: Install a relay and add an 10 amp in-line fuse to the lights in the eyes, and install a 20W (.139 OHM)
resistor in-line between the relay & Hi/Lo switch.


The Renewable Energy Boom Is Here
In 1839, French physicist Edmond Becquerel discovered the photovoltaic effect when he noted that the cell he was experimenting with produced more electricity when it was exposed to light1. Humble beginnings and serendipitous outcomes are typical of scientific progress. But it took another 15 decades before this technology was used at an industrial scale, in what became the first large-scale solar plant built in California in 1981. Similarly, the origins of using wind power to generate electricity go back well over a century but large-scale wind farms, as we know them today, began appearing on the global landscape around the same time as solar plants.
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There are no anomalous results that I would consider to be far away from the line of best fit. When using a power supply, high currents will cause the safety cut-out on the power packs to automatically switch it off.
Apparatus and materials Cells, 1. Also, there is more space for the electrons to flow, so more can fit down. However, I made sure that the wire remained straight throughout the experiment. I will try to make this investigation as accurate as possible.
Again, I will record the voltmeter and ammeter readings and turn off the power pack. As shown by the equation, knowing the length, cross-sectional area and the material that a wire is made of and thus, its resistivity allows one to determine the resistance of the wire.
There are a few data points that are farther away from the line of best fit than the others, but they are still consistent with the general trend.
I will also ensure that there is a clear indication that the power is isolated by means of a switch and an L. It could overheat and thus lead to the risk of fire. This is often compared to water in a pipe; the thicker the pipe, the more water that can flow through it.
Those materials with lower resistivities offer less resistance to the flow of charge; they are better conductors. This is because there are more electrons in the metal that are free to move as a current.
For this reason, it is important to keep the current very low - copper wire is effectively a short. I will then turn the power pack on and record what voltmeter and ammeter readings. In either case, different wires should be made of the same material.
Variables Safety I will ensure experimental safety by confirming that all the wires are connected properly and that none of the insulation on the wires is worn.
However, due to my line of enquiry, I will only change the length of the wire. This confirms the first part of my prediction: This experiment was safety-checked in August Selection of reels of Eureka wire also known as Constantan or Contra of different gauges, e.
The colors reveal information about the resistance value. Class practical A simple investigation of the factors affecting the resistance of a wire. Class practical A simple investigation of the factors affecting the resistance of a wire.
This experiment can be used as a more open-ended investigation. Students can select the variables, the ranges of results and the equipment used. The amount of. Apr 19, · An investigation into the resistance of a wire.
Free GCSE physics coursework essay.
There are different variables that can be changed in this experiment; these are the independent variable. However, due to my line of enquiry, I will only change the length of the wire. The variables I will control will be the type of wire (resistivity) and Reviews: Apr 19, · Free GCSE physics coursework essay.
STEM» Physics; An Investigation Into the Resistance of a Wire - GCSE Physics Coursework. Updated on December 30, Luno more. Contact Author. Introduction. In this article I will investigate what affects the resistance of a wire.
I have done a preliminary experiment to help me decide the Reviews: Mar 11, · Hi, I have decided for my advanced level coursework to investigate whether the specific heat capacity of a few metals affects their resistivity in any way.
(prob in a circuit) I am at the stage of planning and i have less than a week to complete this stage. I have a few ideas about measuring.
From this I know that the resistance of 20cm wire should be double the resistance of the 10cm wire and the 40cm wire double that of the 20cm wire, etc. Experiment 1 Length Amps Volts Resistance (+ 1cm) After obtaining my results from the experiments I plotted 3 graphs showing these and also another graph showing the average results.
Essays-SCIENCE COURSEWORK: RESISTANCE OF WIRE EXPERIMENT. Risk Assessment To keep the experiment safe I shall keep electrical conductors away from the plug sockets.Resistance experiment coursework


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