Drawing on decades of experience in investment and management, Veken has solidified its advantages in strategic investment, industrial operation and capital deployment. With considerable capital advantage, professional operation teams and strategic partnerships including SDIC, Veken has built a high-tech industrial operation chain for the whole life cycle investments from angels, VCs, PEs, industrial operations to IPOs. Veken primarily invests in forward-looking, strategic industries as well as market resources and new business models.
Direct Investment – As a Top 50 Venture Capital Company in China, Veken manages over RMB 15 billion assets and has maximized investment value in dozens of companies involving Feng Fan Stock, Teng Bang International, Dragon Management, Lily, Zhi Chun Technology, Cai Tong Securities and other industry-renowned companies. Over 80% companies in the portfolio have executed successful IPOs in China and pioneered transformative innovations in their respective industries.
Investment Fund – As the managing partner of State Development & Investment Corporation (“SDIC”) with over RMB 50 billion investment capital under management. Veken is devoted to creating and improving value of world-class, industry-leading high-tech companies. The major investment projects include the first phase of SDIC Venture Capital Management Fund of RMB 12 billion, SDIC (Shanghai) Scientific and Technological Achievements Transformation Fund, SDIC Jing-Jin-Ji Scientific and Technological Achievements Transformation Fund, SDIC High-tech (Shenzhen) Venture Capital Fund, and the first phase of SDIC (Ningbo) Scientific and Technological Achievements Transformation Fund of RMB 10 billion.
As the managing partner of SDIC, Veken focuses on marketization and industrialization of revolutionary scientific and technological achievements and makes investments in intelligent chips, information security, advanced manufacturing, energy technology, biomedicine and other strategic industries.
Cambricon Technologies Co., Ltd.：A pioneer and the first unicorn startup company in the field of AI chips in the world. Cambricon Technologies has been engaged in developing specialized chips for deep learning processors and offering solutions to large-scale data processing of AI chips. It is also elected as one of the fifteen "World Internet Leading Scientific and Technological Achievements" at the Third World Internet Conference.
Jin Rui Hong Technology Co., Ltd.：Specialized in developing and manufacturing semiconductors, it is the only Chinese company with complete manufacturing capacity and production lines of diversified silicon-based components and chips. With a major breakthrough in the 8-inch semiconductor silicon wafer field, it breaks up the technological blockade of foreign dominance and has become China’s largest manufacturer of silicon wafer.
Hangzhou Lion Microelectronics Co., Ltd.：Lion Microelectronics is China’s largest chip manufacturer and supplier of discrete semiconductor devices and semiconductor silicon materials. It has industry-recognized potential in manufacturing semiconductors and integrated circuits.
Qihoo 360 Technology Co., Ltd.：An industry-leader in cyber security in China, providing a wide variety of internet security products and services to Chinese governments, companies and entities. It won over RMB 100 million national research funding in the Major National Science and Technology Project of "New Generation Broadband Wireless Mobile Internet".
Bangsun Technology Co., Ltd.：A developer of real-time risk control systems for financial institutions, with professional teams in financial transactions and risk management technology development.
Hyperchain Technologies Co., Ltd.：A provider of enterprise-level blockchain platforms with technologies in container cloud, core algorithm and management facilities. It also provides solutions to data trading system, supply chain finance system and securities assets system.
Fortune Precision Equipment Co., Ltd.：A manufacturer of high performance precision machine components. It executes a few National Major Scientific and Technological Projects such as "Very-Large-Scale Integrated Circuit Manufacturing Equipment and Completed Techniques" and manufactures precise machinery components for C919 Series and other machines.
Piotech Co., Ltd.：A leading developer of ultra-thin film equipment for use in the large-scale integrated circuit industry. It undertakes a few National Major Scientific and Technological Projects and owns numerous IP rights.
Veken initiated and co-founded Ningbo Industrial Internet Institute and successfully brought in highly distinguished scientists and research teams in the industrial automation industry. Veken is devoted to creating an innovation ecosystem within the industrial automation industry and nurturing the "1+N" mode of national innovation platform and industry cluster.
Along with Prof. Chu Jian and his team, Veken and SDIC co-founded Ningbo Industrial Internet Institute with mission to fuel the industrial internet, industrial operation system, industrial apps and industrial control and safety system in China. This groundbreaking project is an effort to seed highly innovative companies, as well as advance the growth of industrial internet industry, intelligent manufacturing and industrial control technology in China.
The major themes include "Made in China 2025" and industrial internet, with focus on incubating startups with disruptive innovations in intelligent manufacturing, robots, industrial internet of things ("IIOT") industries.
A fully integrated plant information system, which is central to the project's success, is about to be launched. With eight functional modules running in parallel ranging from industrial big data integration platform, industrial artificial intelligent engines to industrial internet cloud platform, the system consolidates equipment technology, process technology, operating technology, automation technology and information technology into one management interface. Much like an industrialized Android system, supOS will set new industry standard for operational excellence in industrial organizations and advance China's intelligent manufacturing.
The talented research teams have independently developed a long and successful record of cutting edge security technologies and masters core principles and technology of mainstream ICS operations in both domestic and international context, remaining at forefront of technological development in ICS industry. The teams execute a number of critical national projects in ICS industry regarding military equipment, military technology, as well as infrastructure security in the Three Gorges Dam, China National Nuclear stations and Sinopec drilling sites.
Breakthroughs in the development of CMC (Control Module on Chip), VLSI (very-large-scale integration) and micro components have been achieved by the research teams. Potential applications involve IIOT industry, human-machine Interface and high-precision sensing measurement.
Ningbo Industrial Internet Institution Co., Ltd.
Zhejiang Lan Zhuo Industrial Internet Information Technology Co., Ltd.
Zhejiang Guo Li Wang An Technology Co., Ltd.
Ningbo Supcon Microelectronics Co., Ltd.


Helmut Adamski, Chairman of IP500 Alliance at Internet of Things Applications Europe. IP500 are defining, developing, and providing a secure and vendor-neutral wireless communication platform for smart sensing devices for buildings and homes. The IP500® Alliance is an international industry initiative launched by leading manufacturers (OEMs), users and operators.
Learn more at the next leading event on the topic: IDTechEx Show! Europe 2018 on 11 - 12 Apr 2018 at the Estrel Convention Center, Berlin, Germany hosted by IDTechEx.


3 edition of Surface phenomena associated with the semiconductor/electrolyte interface found in the catalog.
Surface phenomena associated with the semiconductor/electrolyte interface
S. Roy Morrison
Includes bibliographical references.
|Other titles||Bibliography of low energy electron diffraction and auger electron spectroscopy. 1971.|
|Statement||by S. Roy Morrison. A bibliography of low energy electron diffraction and auger electron spectroscopy, by T. W. Haas [and others]|
|Series||Progress in surface science,, v. 1, pt. 2|
|LC Classifications||QD506 .P76 vol. 1, pt. 2|
|The Physical Object|
|Pagination||vii, 105-236 p.|
|Number of Pages||236|
|LC Control Number||72185533|
The sections in this article are Introduction and Scope Electron Energy Levels in Semiconductors and Energy Band Model The Semiconductor–Electrolyte Interface at Equilibrium The Equilibration Process The Depletion Layer Mapping of the Semiconductor Band-edge Positions Relative to Solution Redox Levels Surface States and Other Complications Charge Transfer . Hence, the local rate of electron transfer at the active surface site connected to the percolation path is k ET, and the overall rate is k o = k ET P s. This phenomenon is pictured in Fig. 1, showing how percolation paths lead to HET at the polymer–electrolyte interface.
The operating temperatures of solid oxide fuel cells are usually much higher than needed to drive the uncatalyzed electrochemical reaction to transport oxygen anions or protons through ceramic electrolytes. Wu et al. report that the interface between two semiconductors, NaxCoO2 and CeO2, forms a metallic state that enables proton transport at temperatures . semiconductor side this is due to the charge in the SCL and surface states, whereas on the electrolyte side an equal charge of opposite sign will be set. The latter is due to electrolyte ions at the semicon ductor surface as well as those in a thin diffuse near-surface layer in the immediate vicinity of the surface (the Goui layer) [50–52]. The.
The contrast with the corresponding metal-electrolyte interface is striking. The situation becomes similar to the metal-electrolyte interface only when the semiconductor is degenerately doped (N D > 10 20 cm −3, which leads to a rather large space charge layer charge, Q sc and a thin depletion layer), or when its surface is in accumulation. This review reports the properties of p-type semiconductors with nanostructured features employed as photocathodes in photoelectrochemical cells (PECs). Light absorption is crucial for the activation of the reduction processes occurring at the p-type electrode either in the pristine or in a modified/sensitized state. Beside thermodynamics, the kinetics of the electron transfer .
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ISBN: OCLC Number: Description: vii, pages 21 cm. Series Title: Progress in surface science, v. 1, pt. Other Titles. THE SEMICONDUCTOR/ELECTROLYTE INTERFACE From a physicist's point of view, the simple electron-hole recombination represents alternate electron and hole capture at the same surface state (unoccupied if the species is Fe~+, occupied if the species is Fe2+).Cited by: adshelp[at] The ADS is operated by the Smithsonian Astrophysical Observatory under NASA Cooperative Agreement NNX16AC86ACited by: In eight volumes, Surface and Interface Science covers all fundamental aspects and offers a comprehensive overview of this research area for scientists working in the field, as well as an introduction for newcomers.
Volume 5: Solid-Gas Interfaces I Topics covered: Basics of Adsorption and Desorption Surface Microcalorimetry. electrolyte interface, as well as the energy states and imperfections in the electrolyte and on the semiconductor surface A. considerable part of the review is devoted to the results of investigations of photoelectric effects, luminescence, reflection and, electroreflection at this interface.
The quantum size effects which occur in semiconductor electrode ansd in colloids Cited by: Morrison SR () Surface phenomena associated with the semiconductor/electrolyte interface. Prog Surf Sci Google Scholar Pleskov YV () Electric double layer of the semiconductor-electrolyte interface.
The Semiconductor‐Electrolyte Interface at Equilibrium. Experimental Methods for Studying Charge Transfer at Semiconductor‐Electrolyte Interfaces. Charge‐transfer Processes in the Dark. Light Absorption by the Semiconductor Electrode and Carrier Collection. Multi‐electron Photoprocesses.
Nanocrystalline Semiconductor Films and Size. Direct measurements of flat-band potential shifts under illumination of the semiconductor-electrolyte interface by electrolyte electroreflectance. Surface Science(), DOI: /(89) The semiconductor-aqueous electrolyte interface is similar to a Schottky junction in some respects.
The interface behavior can be described by a diffuse ionic double-layer model: an equilibrium will be reached when the electrochemical potentials of the semiconductor and electrolyte are equal, which is expressed as E F = E F,redox.
11 The semiconductor-electrolyte interface potential distance interface semiconductor solution Fig. Variation of the potential at the semiconductor-solution interface (schematic). hand, the concentration of the holes, the minority carriers, is enhanced at the surface; if it exceeds that of the electrons, one speaks of an inversion layer.
Some of the fundamental properties of the reactive semiconductor–electrolyte interface are outlined and possibilities for electrochemical modification of semiconductor surfaces are discussed.
The present status of investigating the physicochemical and morphological changes after (photoelectrochemical) processing is reviewed for selected examples. ConspectusLight-absorbing semiconductor electrodes coated with electrocatalysts are key components of photoelectrochemical energy conversion and storage systems.
Efforts to optimize these systems have been slowed by an inadequate understanding of the semiconductor–electrocatalyst (sem|cat) interface.
The sem|cat interface is important. This book presents a state-of-the-art understanding of semiconductor-electrolyte interfaces.
It provides a detailed study of semiconductor-electrolyte interfacial effects, focusing on the physical and electrochemical foundations that affect surface charge, capacitance, conductance, quantum effects, and other properties, both from the point of view of theoretical modeling and metrology.
Also, electrochemical reactions are used in the production of semiconductor chips, and recently semiconductors have been used in the construction of electrochemical photocells.
So there are good technological reasons to study the interface between a semiconductor and an electrolyte. Indeed it is well known that depletion layers form at electrolyte-semiconductor interfa29; this effect has been exploited for commercial purpo31 and electrolyte-semiconductor 32.
The major interest in semicon- ductor electrodes is due to the pho- toelectrochemical properties of the semiconductor electrolyte interface; that is, the generation of currents following exposure to electromag- netic radiation (e.g., solar energy conversion).  For self-cleaning surfaces, the light-induced super hydrophilicity phenomenon   12,14 also contributes to cleaning by spreading water over the surface, limiting.
A double layer (DL, also called an electrical double layer, EDL) is a structure that appears on the surface of an object when it is exposed to a object might be a solid particle, a gas bubble, a liquid droplet, or a porous DL refers to two parallel layers of charge surrounding the object.
The first layer, the surface charge (either positive or negative). Photoeffects at semiconductor-electrolyte interfaces: based on a symposium sponsored by the Division of Colloid and Surface Chemistry at the th meeting of the American Chemical Society, Houston, Texas, March| Arthur J Nozik; American Chemical Society.
Division of Colloid and Surface Chemistry.; American Chemical Society. Semiconductor-Electrolyte Interface under Polarization: Voltage-Current Relationships (Polarization Characteristics) 7 CHAPTER THREE Quasi-Equilibrium Field Effect in Semiconductor-Electrolyte Interfaces: Studies of Surface States 15 QUASI-EQUILIBRIUM FESE 15 SURFACE STATES INDUCED BY GERMANIUM SURFACE OXIDATION.
Encyclopedia of Interfacial Chemistry: Surface Science and Electrochemistry summarizes current, fundamental knowledge of interfacial chemistry, bringing readers the latest developments in the the chemical and physical properties and processes at solid and liquid interfaces are the scientific basis of so many technologies which enhance our lives and create new .resistance) associated with ion concentration polarization, which lowers the voltage at a given current relative to the prediction of Ohm’s law (constant internal resistance) based on the initial conductivity of the electrolyte.
As a result, the electrolyte layer behaves like an ideal semiconductor diode, rather than a constant resistance. 5. Books. Publishing Support. Login. Reset your password. This review discusses the structure of an electrical double layer formed at the semiconductor-electrolyte interface, as well as the energy states and imperfections in the electrolyte and on the semiconductor surface.
A considerable part of the review is devoted to the results of.


Installing this card in the AUX.connector of an Apple IIe and connecting with a television which has a component video input, you can enjoy clear picture compared with composite video.
|high resolution, normal mode||high resolution, stripe mode|
|low resolution, normal mode||double high resolution, normal mode|
(You need also a Nishida Radio's 64K RAM card.)
|color text||monochrome text|
You can select normal mode or stripe mode which reflect NTSC color wave in luminance signal by the PIXEL MODE switch.
You can turn off the color of text in GR/HGR mode by the GR/HGR TEXT switch.
Adjust luminance level with the YVR volume, B-Y level with the BVR volume, and R-Y level with the R-Y volume.
Apple IIe 1984 logic board and Japanese TOSHIBA REGZA TV which has a D video input.
This card doesn't support a euro Apple IIe.
Using this card with a euro Apple IIe seems to generate 576i component video signals.
This card can only be used with an Apple IIe (NTSC).


The Mid-County Groundwater Agency is working with cutting edge science and technology to efficiently advance our goal of restoring the Mid-County Groundwater Basin. Below are four technologies that are helping us gather important information that will lead to informed decisions, all while saving money and improving data. By clicking the headings you will be directed to a page with more information about each of them
The MGA has been working with Hydrometrics Water Resources Inc. to develop a groundwater model for the Mid-County Basin, and use it to run various simulations.
In partnership with SkyTEM and Ramboll, the MGA used a helicopter carrying a geophysical sensor to map the freshwater/seawater interface under the ocean floor.
In partnership with Ramboll and the State Water Resources Control Board, the MGA is piloting the use of the DualEM geophysical survey technology to hone in on ideal project locations and reduce the need for expensive soil borings.
In partnership with the University of California at Santa Cruz, and the Resource Conservation District of Santa Cruz County, the MGA has been using newly completed soil suitability maps to narrow down possible project locations for storm water infiltration. Here is a link to a good explanation of the recharge suitability maps and their applicability.


It’s true: the industry that puts your chicken on the table is producing more food with more precision and safety than ever before. And even with U.S. broiler production increasing 21% from 2010 to 2020, our industry charted noteworthy improvements in efficiency and sustainability.
So, what’s our secret? For one thing, our technology is getting smarter—connected devices are improving modern farming and revolutionizing the way we do business. For poultry in particular, technological solutions and the Internet of Things (IoT) have vastly improved operational efficiency, which is good not only for farmers and companies, but also for the planet and for consumer safety, too.
Find out what poultry operations around the country are doing to improve their processes through the technology of connectivity.
AI (Artificial Intelligence) Ventilation Sensors
If a little is unavoidable, and a lot is trouble, how can farmers effectively monitor the levels of gas in their enclosures to ensure safety? The answer lies in artificial intelligence. By automating ventilation systems with AI environmental sensors, farmers can precisely regulate their production environment and protect their birds against dangerous levels of gas, not to mention undesirable temperature and humidity levels.
Many AI solutions simply require plugging inputs into a system, and from there, the system learns on its own. This is a great way to streamline one of the more onerous maintenance tasks required in poultry farming.
From the farm to the table, modern technology is powering the evolution of the chicken industry. “Smart farming” is the way of the future, and as progress continues apace, we will continue to adapt in the direction of better, safer, more sustainable production. We’re ready for the future, and the future is hungry for chicken.


An elegant smartphone with top technology deserves a battery that can do more than just keep up. It deserves a battery that delivers peak performance! The HAGNAVEN iPhone 6 battery gives you more power than the original and provides your phone with indomitable power in even the most remote locations. Thanks to the highest quality aluminum cells, we guarantee you quality, safety and a long service life - even at low temperatures.
Get the power of the North easily into your smartphone! We will show you how the conversion is quick and easy and explain what you should pay attention to when installing the HAGNAVEN iPhone 6 battery!
Preparation for iPhone 6 battery replacement
We'll show you the tips and tricks to the removal and installation of the iPhone 6 battery, starting with the preparation: First, find a place that is bright, level, and clean. Also make sure you have enough room to put all the pieces on the table. It is also advisable to provide a small bowl in which small screws or other parts can be stored while removing and installing the battery.
As for the tools: Below you can see which tools are needed for the swap. Get these as well as the Hagnaven iPhone 6 battery ready so that the exchange can be organized and done quickly.
- Phillips screwdriver
- Torx screwdriver
- Suction cup
- 1 x Spatula
- 1 x Phillips screwdriver
- 1 x Torx screwdriver
- 1 x Plectrum
- 1 x Suction cup
Step by Step Guide
Have you gone through all the points of the preparation and have provided tools, battery and other components for battery replacement? Then you can start changing the battery on your iPhone 6.
Always be careful, concentrate, follow the instructions, and follow the tips on the side. The disassembly and installation of the iPhone 6 battery will take about 30 minutes.
Use the Torx screwdriver to open the two screws next to the Lightning connector on your device.
Be careful not to lose the screws, as they are used to close the iPhone 6 later.
Place the suction cup on the display and gently lift it up.
Avoid pulling too forcefully.
Now remove the two screws of the metal clip to release it.
Keep the small parts safe, so they are not lost.
Now pick up the spatula and carefully remove the connector of the battery from the logic board.
Be careful to not damage the logic board.
Carefully remove the battery from the smartphone with the spatula. The battery is attached with double-sided adhesive tape!
Avoid damaging the double sided tape.
If the tape tears anyway, you can gently pry the battery out with the spatula.
Stick two small strips of double-sided tape into the housing. Then insert the new battery.
Rebuild the phone in the reverse order.
Battery swap made easy!
Give your iPhone 6 new power and replace your old battery with the best on the market! In our video tutorial, we explain what to look out for when exchanging, how to easily upgrade the iPhone 6 battery and how to use your new Hagnaven iPhone 6 battery.
However, if you encounter difficulties when installing and removing the iPhone 5 battery, we recommend that you contact our support. This is available from Monday to Friday from 8:00 am to 4:00 pm.
HAGNAVEN Replacement battery
Battery for Apple iPhone 6
Irrepressible force and pure strength from the far North: Hagnaven batteries give you Scandinavian power? Guaranteed! In the place where the sun often does not set we ensure that your mobile does not lose its power either.
- Aluminium quality cells (Class A)
- CE & RoHS certified
- High-end Li-ion technology
- Protection against overload, heat and short circuiting
- 100% compatible with Apple iPhone 6
- Branded product that is strictly controlled in accordance to EU standards
Article ID 2016904


As a sci-fi reader, and writer, I’m fascinated by some technologies that appear to be on the horizon—maybe distantly, but then it’s surprising how fast science fiction tends to become reality in the least expected ways. I didn’t think self-driving cars could be a thing, even at a primitive stage, for another couple of decades at least. The sheer number of problems that needed to be solved—and to be fair, many still do—was astronomical, and they were incredibly hard ones. But self-driving cars are here, now, and it’s like stumbling into a dream.
A few years back I read a story about an experiment with sensory enhancement. The author of the piece mentioned how he tried out a belt with a number of vibration motors spaced evenly all around, and it would vibrate on the side facing magnetic north. As he acclimatized to the device, this one simple additional sense gave him not only an impeccable sense of direction, but an excellent internal map and a constant sense of where home was. And when the device was removed for good, a corresponding feeling of disorientation crashed down.
I couldn’t help but be impressed by how cool that was. A brand new sensory organ, invented and added to the body, was quickly accepted and relied upon by the brain and produced results well beyond the device’s simple function.
Today I read that brain implants are becoming a bigger deal. Right now they’re being used to improve signaling and function in dementia sufferers. It’s an amazing leap forward, but when I read it I was surprised by how little that resembles where I think cybernetics are ultimately headed.
For a long time now I’ve had a thought rumbling around my head, an idea of what an early incarnation of true cybernetics will look like. Picture a tiny chip designed to accept neural inputs and produce outputs. It’s built to last for the lifespan of its host, and not corrode or evoke an immune response. It runs on body heat or an internal fuel like ATP. Its inputs and outputs are electrically or chemically set to encourage natural neurons to bond to it, and they have long filaments so that many neurons can connect.
The chip within is a simple device capable of only basic mathematical functions—maybe even just addition and subtraction.
Building on the lesson of the directional belt, imagine what this device would do when implanted into a human brain. Humans process math on a learned level that has to build up a lot of connections, but this chip could do it with lightning speed. Neurons would connect math processing to and from the chip, greatly accelerating the process. Humans augmented this way might even begin to see math itself differently, taking on far greater abstract challenges than they typically could without it.
But here’s the even weirder part: There’s no reason to believe that this chip’s operation would be strictly limited to math. The brain would simply have this tool available to use however it wanted to. For all we know, the very same device could be instrumental to increased visual or audio acuity. It might end up being used to link associative memories in new and unexpected ways. Simply having a chip that has neuronal connections but does not act like a neuron would be like opening an entirely new dimension of thought.
I’d like to envision a future where far more advanced versions of this tech exist, where the chip is actually a complex device that can do a lot of things, but what’s amazing to me is the potential that even a simple little device would have—or a plethora of such devices, scattered through the brain like chocolate chips. A simple adder might be the brain function equivalent of mitochondria to a cell.
How would those augmented humans perceive the world? How would their intelligence be impacted? We tend to think of advanced intelligence as hampering social skills or empathy, resulting in either a robot or a sociopath—but what if it didn’t? What if such things vastly improved their ability to form bonds with more and more people, and to catch signals they might otherwise ignore so that they became better communicators?
Maybe it’s a lot of wasted speculation; it could be decades, if at all, before we move in that direction. But then, there are self-driving cars.


We are Smart Sounds
Established for over 20 years
Located in Miami, fully insured and owner-operated for over 20 years. We sell the highest-quality car audio brands that are fully backed by the manufacturers, which means you get a top-class product with a full warranty.
At Smart Sounds
Our team provides outstanding service and has years of experience with car audio, car video, remote start, & window tint. With so many cars today running computer systems, it’s crucial to make sure each aftermarket car audio system is installed and integrated correctly.
We consistently challenge ourselves to stay up to date on the ever-changing mobile electronics environment and always ensure we use the proper equipment and knowledge to get the job done right the first time!


Welcome to SCPE
The area of scalable computing has matured and reached a point where new issues and trends require a professional forum. SCPE provides this avenue by publishing original refereed papers that address the present as well as the future of parallel and distributed computing. The journal focus on algorithm development, implementation and execution on parallel and distributed architectures, as well on application of parallel and distributed computing to the solution of real-life problems.
SCPE is an electronic journal.
It provides immediate open access to its content following the principle that making research freely available to the public supports a greater global exchange of knowledge.
We invite you to have a look to the open content of the volumes and to consider to interact with this publication willing to promote your results and achievements.
The journal has evolve with the community that it represents. Initiated in 1998 under the name of Parallel and Distributed Computing Practices (PDCP) journal, first 5 volumes have been published by Nova Science Publishers. Next 4 volumes were sustained by published by Warsaw School of Social Psychology, Poland, only as electronic journal, as an expression of the current tendencies in digital libraries. The electronic journal is currently published by West University of Timisoara, Romania, with the support of highly-devoted international editorial team.More information about changes that took place can be found in the Editorial published in SCPE 6(1) and SCPE 9(4).


Modern electronic equipment often consists of hardware defined and managed by software that is embedded in it. And overall functionality, performance and the cost of a device depends greatly on the quality of the embedded software. Its complexity has grown significantly, as well as the power and variety of embedded devices being used today across different industries for various purposes, such as: wireless and consumer electronics, video and multimedia, telecommunications, medical devices, security and identification, manufacturing processes and the automotive and aircraft industries.
Custom embedded software development requires special tools, technical skills and expertise to ensure that each task is performed at the expected time – which can be down to nanoseconds when dealing with real-time embedded systems. Precision and fast operation along with high reliability and performance are the major advantages of embedded technology in its various forms being widely used nowadays. However, the main challenges custom embedded programming faces are reducing size and complexity as well as development time and cost, while achieving higher levels of device integration.
CyberCraft - Custom Embedded Software Development Services
Whether your custom embedded software development needs include projects for new products or services for the existing ones, hardware design and firmware development, CyberCraft can provide you with competent embedded software developers to successfully handle all of the following stages:
- Software analyzing and consulting
- New product design and development
- New product adaptation and optimization
- Re-development and re-engineering of embedded software and systems
- Feature enhancements
- Custom software development
- Final testing and verification
- Software support
Competent Dedicated Embedded Software Development Team
With a variety of factors that affect performance to be taken into account, a lack of experience or attention to detail can be crippling to embedded systems. That is why to achieve a top quality product, it is crucial to have the necessary talent. CyberCraft has been always devoted to satisfying the business requirements of our clients, providing them with professional dedicated development teams that can create working, balanced, safety-critical, customized embedded software solutions.
Our staffing and outsourcing services guarantee finding a qualified embedded software developer for your project, as well as a dedicated team committed to developing quality outsourced embedded software development and minimizing project risks and cost. As an offshore software development company, we provide the resources you need - from individuals to teams, full-time or part-time, - that can efficiently handle your projects regardless of their complexity.


Modern web browsers have been designed to protect end-users from malicious or unwanted access to computer’s local resources. Typically, web browsers have none or limited access to disk units, USB devices and peripherals devices attached to the local computer.
Local printers are not an exception; they are restricted to printing web content only. But what if our VirtualUI-enabled application needs to send raw print commands and data to a matrix or label printer such as Zebra, Epson, etc.?
This article will demonstrate how to access a printer connected to the web browser from our application so we can generate RAW prints remotely as if the remote application and the printer were available in the same environment.


Address: 5FL, No. 20, HuLi Park, TongAn Industry Central Zone, Xiamen, China.
- LCT strain gauge CF120-1CD-A ,the grid material is Constantan/Evamohm foi.The carrier material is phenolic.The strain gauges used for force measuring,stress analysis. The strain gauge structure is delta rorette pattern.Read More
- LCT strain gauge CF120-CD-B was made of constantan/evamohm foil and phenolic.Used for force measuring,stress analysis.Read More
- LCT strain gauge CF120-CD-C,the grid material is constantan/evamohm foil,the carrier material is phenolic.Read More
- FG strain gauge,the grid material is constantan foil,the carrier material is phenolic.Application: For high accuracy load cell,force measuring,stress analysis.Read More
- GB-D strain gauge grid material is constantan/evamohm foil,carrier material is phenolic.This strain gauge used for high accuracy load cell,force measuring,stress analysis.Read More
- Strain Gauges, Gages, Degree Angles Strain Gauge manufacturer / supplier in China, offering Tee Rosettes Strain Gauges (CF350-BB),Platform Scale Load Cell (LAE-A),Counting Scale Load Cell (LAB-B-B) and so on.Read More
- Single-grid Pattern Strain Gauge RNF10.0-FE12,Linear Pattern Strain GaugeRead More
- Gage patterns designed for measuring strain in a single direction.Single-grid and parallel dual-grid patterns.Read More
- Gage patterns designed for measuring strain in a single direction,Single-grid and parallel dual-grid patterns.Read More
Xiamen Loadcell Technology Co.,Ltd is one of the best Strain Gauge manufacturers and suppliers in China, welcome to buy cheap and high-quality Strain Gauge from us.


Founded in the year 2012 by a seasoned team having 100+ man-years in the cybersecurity space, InstaSafe seeks to make the internet safe, connected and open, by eliminating the gaps in the traditional network and security tools. We solve the challenge of secure access to critical applications by workforces located anywhere in the world, by replacing existing, obsolete hardware based solutions, with a highly scalable, cloud security solution that not only simplifies network security, but also makes enterprise security infrastructures even more secure.
A 4 time winner of the Best Cloud Security Vendor at CIO Choice Awards, InstaSafe® is an active Corporate Member of the Cloud Security Alliance (CSA), and is one of the fastest growing tech companies in India (Deloitte Fast 50)
Trusted by more than 100 companies globally, InstaSafe® believes in keeping customers first. With a simple, user-friendly interface, InstaSafe helps its customers securely connect to their own resources, seamlessly, stationed at any location across the world, at any time.


IT Infrastructure is a combined set of hardware, software, network resources and services (including all of the information technology), in order to develop, test, deliver, monitor, or control IT services. Our step-by-step process covers the job from every angle, starting with a consultation and site survey, followed by the design, supplying all necessary materials, installation and maintenance.
Typically, a standard IT Infrastructure consists of the following components:
- Hardware: Servers, computers, data centers, switches, hubs and routers, etc.
- Software: Enterprise resource planning (ERP), customer relationship management (CRM), productivity applications and more.
- Network: Network enablement, Internet connectivity, firewall and security.
- Services: Human users, such as network administrators (NA), developers, designers and generic end users with access to any IT appliance or service are also part of an IT infrastructure, specifically with the advent of user-centric IT service development.


The sensors are here
Our complete society is going to be interactive. Objects will be able to sense, reason, communicate, and act. Our surroundings will assess and modify according to our wants and needs. It is not too far away; in fact, it has already begun.
Sensors play a prevalent and productive role in our world. Sensors are electric transducers that translate a physical property into an electrical signal. Sensors assess physical phenomena such as pressure, light, and temperature, and then relate the recordings via electrical impulse. Sensors are found on roads, in homes, in office buildings, in industrial warehouses, etc.
Sensor technology has far advanced sensor capabilities. Sensors are not just stationary, autonomous objects; through wireless connections, networks of sensors are using their synergy to create more views into our world.
What they are capable of
The technology is inviting opportunities for sensors to function in novel ways:
– By planting sensors in objects, the objects can translate intelligence relating to its use. The object becomes interactive with its environment and its central control agency.
– Technology is enabling the size of sensors to diminish in size and augment in efficiency. Sensors as small as a couple cubic millimeters can be utilized to read an expansive area of land by communicating with one another and a centralized site.
– Sensor networks are facilitated by short-range wireless connections. As aforementioned, sensors are no longer solitary, autonomous objects, but act in an integrated fashion with other sensors to create a network of intelligence.
What they can do for your business
Sensors are used in many areas of life, but have made an impact on the face of business. What sort of things can sensors do for your business?
– Sensors provide the ability of acquiring real-time data. Information about an environment or particular situation can be relayed from wherever it is taking place in actual time. Imagine micro sensors being used on roads to assess conditions and accessed by drivers before hazards take place; or, farmers having land conditions assessed in order to implement nutrients for better food growth.
– Manufacturers will be able to better determine processes if individual objects are affixed with sensors. Each stage can be analyzed and modified according to sensor-relayed data.
– Along with the insight into products, sensors can provide a view into the habits of consumers. Tracking consumer habits along with other marketing information will enable businesses to procure and further individualize their approach towards consumers.
– Sensors virtually read their environments. This means a business will have all the criteria needed to simulate real situations. This can be applied to agriculture, the military, transportation, etc.
These are just a few possibilities arriving with the implementation of sensor technology. Experience and modifications will only inspire further developments. For instance, sensors placed in the human body can presage diseases, ailments, birth defects, etc., alerting the medical world of problems in their early, more manageable and benevolent stages.
What does all of this mean for your business?
The sensors are here and more are coming. What will the propulsion of sensor technology mean for your business? That is up to you. There are a few things a savvy business can do in order to prepare for the sensor revolution.
– Analyze the scope of your business. How can sensor technology be applied, and how can your business profit from implementing that technology? Becoming one of the pioneers of instituting the technology will move you well beyond the competition.
– Educate yourself and your peers. In is not enough for a business to analyze how sensors will affect their industry, but businesses need to educate their employees to make an impact once the revolution commences full force.
– Develop products and services conducive to the sensor revolution. The changed landscape of the world will mean products and services will have to change with it. The abundance of sensor technology means there will be a need for the storage of data, the teaching of new skills, providing security for the flux of new data, providing power to sensors, etc.
The revolution has begun. Technology has once again provided us with ingenuity, now it is time for our businesses to show the same in adjusting their resources to tailor the onset of the revolution.


Telephony, communications and applications delivered over a single IP network
One of the key reasons to deploy a converged voice and data network is for cost savings. Pervasive Networks IP Telephony solutions are built on standards based, feature rich, scalable, secure communications platforms and VoIP gateways. An IP Telephony solution can also be supplied as software for server based implementations, delivering communications, which support collaboration, mobility and contact centre management, with a low total cost of ownership.
Empower your users with advanced IP communications
Pervasive Networks IP Communications solutions provide a rich set of simply managed advanced IP applications, including unified messaging (UM), speech auto-attendant, unified Communications (UC), mobile, audio and web conferencing (AWC), contact centre (CC) and tele-working.
Reduce travel time and emissions and increase employee productivity.
Pervasive Networks collaboration solutions are connecting remote participants in real-time collaborative environments, delivering face-to-face experiences that empower organisations to connect their teams, partners, and customers through unified video and audio conferencing, instant messaging and presence technologies.
Pervasive Networks is unifying communications and advanced associated applications, with integrated presence, secure instant messaging, audio conferencing, and web and video collaboration over fixed and wireless networks.
To make sure your business is working in a collaborative way using simplified communications between your departments contact us to see what we can do for you.


India’s growth story is hard to ignore. Looking back at the year gone by, we see that India has pole-vaulted in the technology space and this can be put down to India’s success in navigating the road from digital transformation to digital innovation. From building smart cities to developing a smart nation India is clearly on the path of achieving success on the digitalisation front, and the most vibrant example that stands out is the government’s Smart Cities Mission. Designed to redefine affordable housing, multi-modal transport, waste and traffic management, etc., through technology, the Smart Cities Mission has impacted 99.5 million people till date. In line with the developments, the Andhra Pradesh government in collaboration with Cisco developed India’s longest smart street in Vijayawada with 35 Wi-Fi hotspots and 240 smart street lights. According to Cisco IDC report, a city-wide smart initiative such as smart lighting could help Vijayawada Municipal corporation save up to Rs 35 crore per year (approximately $5.22 million). However, for digital innovation to prosper, rural India will have to be equally invested in—resulting in the building of a smart nation. With a smart nation connected by secure internet highways, citizens—irrespective of their location—will benefit from the creation of new jobs, increased connectivity and better opportunities.


SST COM have developed a network of business partners aimed at strengthening our capabilities while expanding our global project and services reach. These complementary relationships have enabled us to address our customer’s needs while delivering cost-effective and increasingly-complex solutions. A partial list of these business partners by functional area includes:
ICCES Satellite & Communication
ICCES (http://www.icces.com) have over twenty three years of successful, growing business in satellite and broadband communications industry. We supply, deliver, install and activate satellite remotes for MESH and STAR networks, running TDMA, SCPC, DVB-S2 technologies whether off-shore or on-shore, fixed or mobile, on-road or off-road. With satellite capacities from SES Worldskies and Gazprom Yamal covering in Ku-band, the entire Middle East, Europe, Africa, the Atlantic Ocean, Arabian Gulf, and Red Sea. These network services are supported by a professional staff operating our own Help Desk and Technical Support 24 x 7 x 365 days both in Egypt, Saudi Arabia and backed with our support partners in UK, USA and UAE. Operating our own hubs and platforms linked to the internet fiber backbone in UK, Europe and USA.
XipLink is the technology leader in delivering standards-based wireless optimization software and hardware. The foundation of XipLink Optimization Software (XipOS) is based on 12 years of aerospace research and development related to speeding up communication between TCP based spacecraft payloads and the earth. The XipLink team is a group of seasoned wireless data communications professionals combined with a reliable, proven software company is a unique combination in the industry. Xiplink optimization provides significantly improved throughput and bandwidth compression up to 400%of base. http://www.xiplink.com
Comtech EF Data Corporation, a subsidiary of Comtech Telecommunications Corporation (NASDAQ: CMTL), is the recognized global leader in satellite bandwidth efficiency and link optimization. Comtech offers advanced communication solutions encompassing Advanced VSAT Solutions, Modems, RAN & WAN Optimization, Managed Bandwidth, RF Products, and more. http://www.comtechefdata.com
iDirect, founded in 1994, is the industry’s leading IP-based satellite communications company providing technology, hardware, software, and services that enable VSAT service providers to optimize their networks and profitably expand their businesses. The iDirect Intelligent Platform™ is a single, unified IP-based satellite architecture engineered to handle the widest range of applications and market needs. http://www.idirect.net


LodgIQ uses state of the art BigData Analytics and AI and Machine Learning based algorithms to forecast demand and price hotel rooms.
LodgIQ uses multi-textured data feeds to create a proxy for demand. Data is ingested, wrangled and aggregated on a Big Data stack in a cloud environment. Machine Learning models are run on a daily basis to make accurate market-level and property-level forecasts and provide pricing recommendations. This is done for 100+ global markets and several hundred properties.
Models are trained and tuned on a continuous basis. Most of these model building and tuning tasks are extremely computationally intensive. Care is taken to bid for cloud compute instances, acquire, setup and run the models on cloud based compute instances and relinquish them as soon as the jobs are finished. All of these are accomplished in a programmatic fashion. This is necessary to run a spectrum of state of the art models from Tree Ensemble to Deep Learning models, accomplishing a high level of accuracy at a very affordable cost.
State of the art pipeline to train, evaluate and tune a spectrum of models.
Modern AI/ML models to forecast KPIs (Occupancy, RevPAR, ADR, Revenue). Both at market and individual hotel level.
Accurately estimate event impact (on demand and on price) for specific event days and also for dynamic ranges of shoulder dates.
Continuous tracking of accuracy (forecasted vs actualized)
Across KPIs (Occ, RevPAR, ADR)
Across dimensions (DOW, MOY, DBA, Segment)
Modeling demand and price elasticity using a sophisticated willingness-to-pay based objective function to maximize revenue.
A modern API based integration of key components (forecast and pricing) inside your applications.


Welcome To Tutoria-
Learn how to create 2D and 3D drawings
with tutorials on how to use Autocad
Get instructions and tips on how to edit images,
as well as useful techniques for Photoshop
Make mathematical calculations easier and
simplify complex Mathematical processes by
using commands on Mathlab
Learn how to connect computers and devices
to form a computer network by learning how
to configure routers and switches with Cisco.
Take the first steps in learning how to
write and Speak in the Japanese language
by taking Nippongo lessons.
Learn some basic commands and
tips on using the Windows OS.
Also check out the latest updates here at Tutoria
by visiting the blog section.


Sichuan Mophene3D Technology Co., Ltd., established in Chengdu in 2017, is engaged in R&D, production and sale of graphene and polymer materials for 3D printing. Mophene3D is a spin out company of State Key Laboratory of Polymer Materials Engineering, Polymer Research Institute of Sichuan University. Mophene3D will provide new technology solutions and new materials for energy, environment, drone and robotics, biomedical industry, etc. Our company will contribute to build a resource-saving, green intelligent, efficient and convenient society through continuous technological innovation and high value-added materials products and services. The principle of Mophene3D is "Honesty, Innovation, Perseverance".
Mophene3D is a supplier of graphene related materials and dispersion technology solution. The company team has developed graphene aerogel microspheres (GAM) and GAM-metal/metal oxide hybrid microspheres for the first time in the world. The graphene aerogel microspheres are porous three-dimensional graphene microspheres assembled from monolayer graphene, featured as extremely light weight, small density, large specific surface area and hierarchical pore size from nano to micron scale. It has wide applications in the fields of battery electrode, catalyst carrier, high efficiency adsorbent, high performance composite material, personal care and so on. Mophene3D has also developed modified graphene and graphene-epoxy precursors, graphene-silicone rubber precursors and other excellent dispersion system.
Mophene3D is a supplier of flexible polymer materials for 3D printing and also the technology solutions. Mophene3D is a world leader in the flexible polymer materials for selective laser sintering (SLS) 3D printing. The company is the first one to make PDMS elastomer powder commercialized for 3D printing in the world. The PDMS, TPU powders and highly conductive flexible composite powder for SLS has been developed. Those products can find applications in flexible drone and robot, damping sole and insoles, artificial skin, medical organ model, biological scaffold and smart wearable devices and so on. Mophene3D team also possess the capability to construct the complex 3D model and conduct the simulation for customer.
Mophene3D also provide some other functional materials like polydopamine nanoparticles, MOF nanoparticles, Mesoporous silica nanoparticles (MSN), high regioregularity P3HT, Melt and water-soluble polyvinylalcohol (PVA), graphene plastic masterbatch, graphene rubber masterbatch, etc.


This is an open access article distributed under the Creative Commons Attribution Licensewhich permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.
In this theoretical study, the H2 adsorption is considered in a novel system formed by a 6,6 carbon nanotube fragment and a planar graphene layer portion, when they are separated 4.
There is greater H2 adsorption inside the carbon nanotube than in the interstitial space between the graphene layer and the carbon nanotube. The results are compared with the way the H2 molecule is adsorbed upon a lonely graphene layer and inside or outside the 6,6 carbon nanotube.
It is studied if in the interstitial space close to the middle point between the wall and the graphene layer the hydrogen molecule could be adsorbed with a greater binding energy that in any other case. This was not possible for the selected supercell, but there are given some suggestions to be explored using a nanotube with smaller radii or increasing the size of the supercellthat perhaps can optimize the binding energy for H2 adsorption.
A general result is that the size of the cubic supercell can be selected to confine not only hydrogen inside the carbon nanotube but also in the interstitial space between the carbon nanotube wall and the graphene layer. It is believed that the studied system or a modification of this could sooner or later be used in a competitive way in comparison with other H2 storage materials respect to the hydrogen adsorption and desorption process.
The nature of the interaction between the substrate and the graphene is critical in terms of impact upon the graphene electron dispersion relation, and in terms of charge transfer. We present here the results of density functional simulations of 4H-SiC—graphene heterostructures using large, periodic simulation supercells.
Four kinds of three-dimensional structure of graphane are investigated using first-principles method. It is found that the energy of four different structures has little difference, so the conclusion can be drawn that the four structures are likely to exist synchronously in experiments.
The geometrical structures, the electronic structures, and the NH3 adsorption properties of pure and B-doped graphene have been investigated using density-functional theory.
The density of states DOS of pure and B-doped graphene, the adsorption configurations and the adsorption energies of NH3 adsorbed on pure and B-doped graphene, and the charge transfer between NH3 and B-doped graphene have been calculated in details. The results indicate that boron doping can enhance the DOS at the Fermi level and slightly enhance the physical adsorption of NH3 on the surface of graphene.
Furthermore, the doping of boron can result in the charge redistribution of graphene, which can induce the charge transfer between NH3 and graphene and change the transport properties of graphene.
Our focus is on the graphene under a magnetic field with Landau levels i. In our theory, the graphene is modelled by a conventional fermion on a honeycomb lattice and the finite electric field is by a static potential. A possible candidate of this kind of system is a grapheneQuantumDot, which we also discussed in the light of our theory.Graphene Chemistry: Theoretical Perspectives presents recent exciting developments to correlate graphene’s properties and functions to its structure through state-of-the-art computational studies.
This book focuses on the chemistry aspect of the structure-property relationship for many fascinating derivatives of graphene; various properties.
In this paper, we present a detailed study on the thermal conductivity of hydrogenated graphene using non-equilibrium molecular dynamics (NEMD) simulations, with the aim to answer the questions raised above.
The graphene lattice is oriented in a way that the angle between the armchair direction (AC) and the y-axis is θ. Hence, the angle between the zigzag direction (ZZ) and the x-axis is 30° − θ.
Theoretical prediction for reaction temperature and pressure is in good agreement with the experimental conditions. This work outlines a way by ALD to selectively decorate and passivate the zigzag and armchair edges of graphene nanoribbons, which have significantly different electrical and .
The electronic transport properties of hybrid nanoribbons constructed by substituting zigzag graphane nanoribbons (ZGaNRs) into zigzag graphene nanoribbons (ZGNRs) are investigated with the non-equilibrium Green’s function method and the density functional theory.
Both symmetric and asymmetric ZGNRs are considered. The electronic . the zigzag edges of single layer graphene nanostructures that are longer than three to four repeat units are always magnetic, irrespective of other regular or irregular edges.


S&A water-cooled chiller CW-3000 AC220V, 50Hz for co2 laser or CNC spindle
S&A CW-3000 series thermolysis type water-cooled chiller has compact design,with energy saving,high cost performance,good protection and alarm system.
Buy your new iPhone X.
Model: iPhone X
What’s in the Box
EarPods with Lightning Connector
Lightning to USB Cable
5W USB Power Adapter
Lightning to 3.5 mm Headphone Jack Adapter


Digital Timer | Extra Large Display
Visible at a Distance
The Escali DR1 Extra Large Display Digital Timer is easy to read from far away and features a clock mode when not in use. The timer can count up or down as well as recall previous timer settings for repetitive tasks. Mount the timer to a nearby refrigerator using the magnetic back or place it on a countertop using the built-in kickstand.
Magnetic Back & Kickstand
Use the magnetic back to hang the display on a nearby refrigerator, or place it on a countertop using the built-in kickstand.


1.Fast charging , 30W MAX , Inout: 100-240VAC,0.8Amax.
2.Features: Current limit + identification, short circuit Products with constant current and constant voltage, CC, CV,OPC
3.Certification: Meet EN60950-1，UL60950,ETL,CE,RoHS,FCC Part 15b，ERP,DOE
4.Appearance size: 60*47.5*25.6mm
5.Materia:ABS+Leather; 6.Two ports ,It can provide you two charging ports at the same time ; 7.Safe and Reliable: prevent short circuit, over-voltage, over-current, over-heating, over-charging, automatically stop charging when the battery capacity is full.
We would be delighted to answer your questions about ICARER Products.


Besides high-resolution images, Google Street View also provides a depth map for each panorama, containing the distance from the camera to the nearest surface at each pixel. As far as I know, there is no official documentation of the format, but there are some open source projects which contain code showing how to interpret the data. The depth information is stored in a slightly complicated way, probably to save bandwidth. Each pixel in a grid of 512×256 pixels references one of several planes. A plane is given by its normal vector and its distance to the camera. Therefore, in order to calculate the depth at a pixel, one has to determine the intersection point of a ray starting at the center of the camera and the plane corresponding to the pixel.
The geometry of the planes and the map containing the index of the plane at each pixel can be retrieved as Base64-encoded and zlib-compressed data by requesting the following URL:
As usual, you can find the code on my github page.


We build Robots and Robot Subassemblies.
If you want to learn robotics because it’s cool – we agree with you. it’s very cool to turn earth into something that does your bidding! Consider this, humans mine the earth for minerals, elements, and compounds; then we use these raw materials to construct computers, motors, wheels, sensors and other hardware. With the right skills we can combine these parts together and build a robot to perform some action! Wow! Humans literally take earth and make it do our bidding. Incredible eh?! If you find robotics exciting, then we are very alike, and the only difference between us at this point is our skill set.
We are not the right environment for your very first steps in learning robotics. However, since we all are robotics fans, once we get a robot built and acting cool, we will invite you to take a look at it. We promise. Send us an email with the subject line reading “I want to see the robot”, and when the first robot is ready, you will get to see it.
As of right now, we do not have the resources to invest in people who are at the beginning of their robotics journey. Sorry; we still have so much to learn and achieve ourselves that we cannot invest in your first steps. There are tons of resources online for beginners.
Truth be told, there are many paths you can take to develop the skills needed to build robots. Rather than laying out a path to follow (as everyone has different circumstances), here is a list of what we believe you need to learn to get a decent foundation to get going with robots:
Learn a programming language and write some code. Python seems like an easier type language to learn. There are a sea of tutorials online.
Learn a bit about basic electrical theory. What is AC and DC? You need to be able to create a very simple circuit. Focus on over-current protection!
Learn a bit about actuators and their characteristics. Focus on DC solenoids, DC motors, stepper motors.
Take apart a bicycle and put it back together. What? Yep, do it. This will teach you about hand tools, and a ton of mechanical principles like “don’t force it”, and “use the right tool for the job”. After you put the bike back together, use it frequently to get accurate feedback about the kind of mechanical skills you still need to improve.
Learn a bit about a means to make two computers communicate. You can learn about Serial communication, Ethernet, whatever. You need to make two computers communicate.
If you can do all these things and understand how everything works, you will be able to wire a motor to power through a relay, and wire the relay coil to an Arduino output. Next you should be able to write a PC program to communicate with your Arduino; meaning you download code into your Arduino that can communicate with code running on your PC. Implement your custom communication protocol and now your PC can give commands to turn on and off a motor. If you can carry out these tasks and want to build a robot, come see us with a plan for your robot, and we will help you.


Even scatterbrains can sleep safe and sound. It will not be necessary to remember your smartphone’s password anymore. The mobile company NTT Docomo has designed the first smartphone with an iris recognition system to be released in May.
This new technology is launched with the new smartphone Arrows Nx, designed by Fujitsu. This new phone will allow users to buy online just with a look. The mobile device has a front camera with infrared rays and an infrared led light to recognize the iris.
Irises are different for every human being; therefore, it is an ideal biometrical parameter to substitute conventional recognition devices and all security systems allowing people to pay online or unlock their phones.
The new smartphone Arrows will be on sale at the end of May in Asia and it will run Android 5.0. Many Asiatic companies have been working on this technology because it seems to be 10 times more precise than fingerprint recognition systems used, for example, in the latest iPhone devices.
Translation provided by Mary Ann D’Costa


I’ve been using the £199 Acer ES-1 132 as my main ‘writing machine’ for a few weeks—working in Microsoft Word—and syncing Doc files via Dropbox. It works surprisingly well, in fact it’s a remarkably effective solution. The question is, how does a cheap setup like this compare to a premium offering such as Apple’s MacBook, which retails for £1,249? That’s £1,000 more than this Acer, plus some change.
Let’s look at the two devices, starting with the Acer. The Acer ES-1 is a cut-down notebook that’s comparable spec-wise to many Chromebooks. Instead of a ‘full size’ main drive it uses the Windows recovery drive as the main boot partition—providing a measly 32BG of solid state disk space. Once you’ve got Windows 10 updated and Microsoft Office installed you’re left with 8GB. With only 4GB RAM you might expect sluggish performance but it runs Word and Chrome smoothly. If you need more space you can insert a low-profile memory stick into the USB 3 port. Unfortunately, the SD card does not fully insert into the SD-card slot, leaving half the card sticking out. This makes it unsuitable for use as a permanent drive. The screen’s default setting is exceptionally high contrast, but offers adequate sharpness. Overall, it’s fine for word processing, even though the display’s viewing angle isn’t great and it has a limited colour gamut. Topped off with a mobile Celeron CPU, and a ‘meh’ trackpad the specs are undeniably basic—plus there’s no room to grow. Having said this, it’s cheap and functional. If only there was space for an M.2 drive instead of a soldered-on module, but what do you expect for £199?
The MacBook, on the other hand, shouts out ‘premium product’ with its gorgeous screen and a stunning aluminium build design. While it feels precious, that can also be a disadvantage. I’m used to working on trains, chucking a notebook into a rucksack, and not having to worry too much about scratching a notebook that’s designed like jewellery and might attract the eye of thieves. Equally important is how much better Word performs on Windows than it does on macOS, and the fact that this cheap-as-chips Acer has, I believe, a much nicer keyboard. Sure, the MacBook keyboard looks stunning, it’s a great piece of visual design, but it provides a remarkably unsatisfying typing experience.
In terms of ports the Acer blows the more expensive MacBook out of the water, boasting two USB 2 ports, one USB 3, an SD-card slot, an HDMI (which outputs to 1080p), and even a network port. The MacBook, on the other hand, offers a higher end CPU that supports one USB-C port. The MacBook has the more elegant solution with higher storage capacity and a superior screen, but in other ways it’s arguably less functional with the £199 Acer ES-1 132 doing the job with aplomb and without the whopping price tag.


In today’s post, Dr. Ravi Mahajan from Intel Corporation (USA), one of our esteemed Plenary Speakers for IEEE NANO 2024, is interviewed by our colleague and member of the Publicity Committee, Dr. Vamsi Borra from Youngstown State University (USA).
Dr. Ravi Mahajan is an Intel Fellow responsible for Assembly and Packaging Technology Pathfinding for future silicon nodes. Ravi also represents Intel in academia through research advisory boards, conference leadership and participation in various student initiatives. He has led Pathfinding efforts to define Package Architectures, Technologies and Assembly Processes for multiple Intel silicon nodes including 90nm, 65nm, 45nm, 32nm, 22nm and 7nm silicon.
In the video, we bring you an exclusive opportunity to know a bit more about Dr. Ravi Mahajan, where he delves into his career trajectory and provides valuable insights into the importance of teamwork and mentorship in scientific careers, along with offering advice on overcoming challenges.


Entry Level Laptop
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Microsoft Office Products


IMechE event - Take away best practice from thought leaders and engineers in industry that will enable your organisation to develop safe, robust systems.
At MIRA Technology Institute
It is widely accepted that automated technology will play a bigger part in the automobile industry in the future, and that the industry is building towards autonomous vehicles through ever more capable automated and driver assistance features.
According to recent industry research, the shared driverless vehicle market could potentially reach $10.40 billion by 2031. However there are a number of issues to resolve including safety measures and sensor integration before the industry achieves this.
This seminar will provide attendees with an update on the latest technology and developments while helping them understand the opportunities, issues and risks associated with this technology. Take away best practice from thought leaders and engineers in industry that will enable your organisation to develop safe, robust systems.
Discount for Hazards Forum members: book at supporting organisation rate or mention your membership.


Sending audio from ZYLIA Studio Pro in Reaper to Logic Pro
Logic possesses a multichannel limitation of 8 channels therefore it doesn’t directly support the 19 channels from the ZM-1. ZYLIA Studio PRO and ZYLIA Ambisonics plugins will not be appearing in the plugin manager for this reason.
One possible workaround is to use Reaper as a “slave” to LogicPro for sending the mono signal from the virtual microphones created in ZYLIA Studio Pro plugin.
While this might not be the ideal workflow for Logic Pro, it avoids the process of having to manually export each virtual microphone track from Reaper and import it in Logic.
1.In Reaper set the output device to Blackhole virtual audio device (https://existential.audio/blackhole/)
2. Create a track with the 19 channel audio from the ZM-1 and add ZYLIA Studio Pro plugin with a virtual microphone per track. Check the following link for routing the signal from the 19 channel to a new track.
3. Each virtual microphone track needs to be assigned to the hardware output channel (blackhole output)
4. The master track in Reaper should also be set for 16 channels.
5. Set the input device to Blackhole 16 channels and the Output device to your monitoring system.
6. Create a new track with the corresponding input from each of the virtual microphones via Blackhole.
7. Arm the receiving tracks, press record and Play via Reaper.


Mahendranagar. 14 September
There can be many reasons for a mobile hit. But, mainly due to heavy processing, battery load, and viruses or bugs, this problem is seen. If the smartphone's processing gets overloaded for any reason, it starts working very fast.
Due to this, heat is generated and the phone starts heating up. Another cause of phone heating is battery heating. Likewise, bugs or viruses slow down the phone's processing, as well as heat it up.
Don't ignore the heating problem
Sometimes the phone rings even while talking. There are many reasons for this. However, in most cases, this situation is caused due to the failure of the phone's battery. This kind of problem may also occur when using the phone carelessly. That's why no phone battery or its heating problem should be ignored.
The company's original USB cable and charger should be used to charge the phone. Do not sleep with the battery charged overnight. In this case, there is a risk of overcharging and explosion.


Nowadays, you can do the normal or rather simple video editing with your smartphone or a computer, but for integrated video editing, you have to purchase the best video editing computer. If your video content is 4k, 6k, or 8k, then the editing computer should have the capabilities of handling large amounts of data. Video editing can be quite challenging if you do not have the best computer. Some of the challenges you will find include lagging, your computer crashing now and then, etc. Below are the tips for choosing when buying a video editing computer.
The central processing unit is a large determiner of the performance of your computer systems. The processor links all the parts of the computer, thus proving to be very crucial. A more powerful processor ensures faster transcoding and encoding clips, play footage, export video, and many more.
The features to look for in a processor are the core count and the clock speed. Most of the video editing programs are multi-threaded, allowing you to apply multiple processing cores simultaneously to speed up the video editing work. Between the two, the clock speed is more important since some of the editing programs cannot use all the cores. With a good clock speed, your program is able to draw enough horsepower even when using one or two cores.
The Random Access Memory is basically fast short-term data storage on your personal computer. RAM ensures smooth operation as well as instant accessibility of your play …Read More


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Golden Dragon Precise Copper Tube Group Inc. is a leading enterprise in the field of international precise copper tube and a high-tech corporate enterprise.
In the past more than 20 years, GD Group established copper tube production bases in cities such as Xinxiang, Shanghai, Zhuhai, Chongqing, countries as Mexico and the U.S. etc relying on its technological innovation, with almost one fifth of the global production of ACR tube, makes it the world biggest precise copper tube manufacturer and the most powerful base for technological development and innovation. The Group has won the honorary title of â€śNational Advanced Unit of Spiritual Civilization Promotionâ€? â€śNational Harmonious Enterprise of Labor Relationshipâ€? â€ťHome of National Model Workerâ€? â€śHenan Advanced Primary Party Organizationâ€? â€śHenan Excellent Private Enterpriseâ€? etc. In 2013, the annual sales reached up to nearly 34 billion RMB, ranks 323th of top 500 enterprises in China and 162th of top 500 manufactures in China. Party and state leasers paid visits to GD Group successively and highly praised GD Group for its innovation and development.
As the largest precise copper tube manufacture in the world, the leading products of GD Group are smooth cooper tube with high precision, high efficient inner-grooved tube, high efficient fin tube, copper tube covered with plastic, copper alloy tube, capillary tube, tube fittings etc., covers various areas such as air conditioning and refrigeration, water supply for building, seawater desalination, oceanic industry, ship building, medical facilities, solar energy utilization, computer radiating, mobile communication, electronic instrument and electromagnetic microwave technology. With the technological advancement of high efficient, energy-saving, low-carbon and environmental-friendly tube which leading industrial standard, based on the feature of "high quality, high-tech, high standard", the copper tube manufacturing industry shows great vitality of tube processing. Besides copper tubes, GD Group also gets access to areas such as precise aluminum ACR tube, high precision micro-channel flat tube, parallel flow style high efficient and energy-saving air conditioning heat exchanger, and automobile air conditioning assembly etc., owning companies in Xinxiang, Luoyang, Yuanyang and a light alloy institute. The refrigeration used aluminum products have already became the highlight of GD Group in the future development of refrigeration field.


New York, Sept. 13, 2022 (GLOBE NEWSWIRE) — Reportlinker.com announces the release of the report “Dashboard Camera Market Size, Share & Trends Analysis Report By Technology, By Product, By Application, By Video Quality, By Distribution Channel And Forecast sectors, 2022 – 2030” – https://www.reportlinker.com/p06318485/?utm_source=GNW
Dashboard Camera Market Growth and Trends
The global dash cam market size is expected to reach USD 7.64 billion by 2030, registering a CAGR of 9.5% from 2022 to 2030. Dash cams are hardware devices used to record the front and back view of vehicles. The primary use case for this hardware device is for insurance claims, vehicle theft security, hazardous road conditions, and more. The world’s leading manufacturers are focusing their efforts on developing innovative dash cams that can be connected to various complementary technologies, such as telematics and vehicle data monitoring. Commercial users, such as taxi operators, delivery companies, and trucking companies, purchase dash cams with the 2-channel (dual-channel) variant as they also capture images inside the vehicle .
In March 2020, Waylens, Inc. entered into a partnership with Hygealeo, an Internet of Things (IoT) solution provider, to provide a Secure360 dashcam security solution for cold chain transportation, which includes vehicle location and data monitoring. and the ability to record front, rear and cabin footage. The industry is growing as automobile traffic increases around the world, which has caused an increase in accidents, false insurance claims, scams, and more. Since these cameras are turned on in driving mode, they also have a feature to record instances that occur in parking mode. The camera starts recording video after detecting motion in its vicinity to capture as much evidence as possible. Manufacturers provide several features in their products such as GPS, night vision, real-time alert notifications, live streaming, etc. to increase product sales.
As high quality video recording hardware becomes widely available and more affordable, technologically advanced dash cams with high resolution video recording capabilities have become popular. Most devices are programmed to start recording as soon as the ignition is turned on.
This technology allows dash cams to remain in continuous recording mode, which may be a requirement for insurance companies. These devices help fleet owners monitor the driving behavior of their drivers.
These cameras are also used by car rental companies to monitor customer driving habits. Moreover, viewing its driving images can help improve driving skills, which propels the demand for products in personal vehicle applications.
Dashboard Camera Market Report Highlights
• Core technology segment accounted for the maximum revenue share in 2021 due to increased demand for dash cams with core functionality for personal vehicles
• The personal vehicle segment is expected to witness the fastest growth rate during the forecast period as a direct result of low prices and ease of installation
• Single-channel segment accounted for the largest share of revenue in 2021 and is expected to continue dominating the industry during the forecast period
• The Asia-Pacific region is expected to register the fastest CAGR from 2022 to 2030 due to increased automobile traffic and complex insurance claims procedures
Read the full report: https://www.reportlinker.com/p06318485/?utm_source=GNW
ReportLinker is an award-winning market research solution. Reportlinker finds and organizes the latest industry data so you get all the market research you need – instantly, in one place.


Provide testing, services and consulting for emerging software systems
a quality assurance platform for blockchain ecosystems
NtaTrust falsifies or verifies functional properties (correctness and security properties) using five core techniques, including dynamic analysis, fuzz testing, symbolic execution, model checking and static analysis, that have synergistic and complementary strengths.
Both dynamic analysis and fuzz testing are computationally efficient for detecting vulnerabilities. While dynamic analysis predicts erroneous behaviors under a fixed input, fuzz testing varies inputs to monitor more program behaviors. Symbolic execution is a more comprehensive and systematic technique for exploring program paths and uncovering subtle vulnerabilities. Static analysis and model checking, on the other hand, focus on sound over-approximations of the behavior of blockchain ecosystems.Static analysis can efficiently identify suspicious code and model check can precisely verify the correctness of models derived from blockchain ecosystems.
Therefore, inside NtaTrust, static analysis and model checking are geared toward verifying properties, whereas fuzz testing, dynamic analysis and symbolic execution are geared toward detecting property violations. For additional information, please refer to our one-page description and whitepaper.
altcoin code similarity analysis
The teams at Netta Labs and Xi'an Jiaotong University examined 488 cryptocurrencies with open source code. After comparing the code underpinning the analyzed cryptocurrencies in pairs, we found that the code of 405 cryptocurrencies (83%) yielded a similarity score of between 90% and 100% with another. Further, 324 of the virtual currencies (66.6%) had a similarity score of between 95% to 100%. Only 38 cryptocurrencies (8%) were found to have a similarity score of less than 80%. 45 virtual currencies (9%) were found to have a similarity score of between 80% and 90%. The figure to the left gives the code similarity graph of the 488 cryptocurrencies. Each node represents an altcoin and an edge links two altcoins if their code similarity is above 80%. There are forty names shown in the figure. The names in red are the top 20 altcoins that have gained most since their ICOs, while the names in green are the bottom 20 that have lost most value since their ICOs.
automated rating on software quality of blockchain projects
With the rapid infiltration into traditional domains and expansion into new horizon, blockchain is a technology that transforms the concepts of trust and value in modern society. However, it is undeniable that blockchain technology is still in an early stage. While there are blockchain projects that are built on well-designed algorithms and rigorous developments, there are ones that are hastened to the market with the purpose to claim a spot, or even worse, lure investments. Thus unbiased research and rating of blockchain projects are important and needed.
NtaRank evaluates blockchain projects based on the following two principles. Firstly, only software quality is considered. There are many subjective factors that may affect a project such as reputation of team members. However, eventually it is software that decides the trustworthiness of a blockchain project. NtaRank thoroughly examines the source code using various techniques. Secondly, only automated techniques are used. While human scrutinization may provide valuable inputs, subjective opinions are hard to be consistent across all projects and thus introduce bias. NtaRank uses algorithms that are uniformly applied to all projects.
If the data collected by IoT devices are genders only, NtaProtect automatically processes users images using novel PR-GAN algorithm. It removes identify of a user but still allows ML to recognize genders. PR-GAN not only works for images, but also works for audio and text data.


WMS uses state of the art technology to provide the world’s largest suite of at-sea cellular communication services for passengers and crew. WMS operates a redundant, high-availability core network based on the worldwide industry standards of GSM and CDMA. Our network is designed to be fully equipped for remote and self-sufficient operation and monitoring. By partnering with AT&T Mobility and MTN Satellite Communications, we provide the absolute best-in-class service to our customers. AT&T Mobility is the leading GSM carrier in United States with international roaming in over 200 countries worldwide.
On board sign in and web experience, as well as mobile device platform design and development for onboard enjoyment.
The WMS team at AT&T needed a weblogin form that would allow passengers to access relevant information about their trip, payment history, as well as information about the cruise they would be attending.
They also needed a mobile app platform built to allow all cruise passengers the ability to use an on-board device to access several aspects of the cruising experience.
DB Collective designed an interactive Web login solution packed with features to allow cruise passengers to enjoy their trip. What to do, itineraries, where to shop & eat, plus more. They would be able to get a few free web sessions prior to buying additional internet packages or phone packages.
In addition we designed their first mobile experience platform that paved the way for the mobile experience on all their Cruise Partners.
Results coming soon...
All the details of your trip at your fingertips
It's nice to turn off when you are vacation...
But using technology onboard can greatly enhance your trip. Find out the best places to dine, shop, have fun. Book the shows you can't miss. Get notifications of specials. See how much are you spending. And get access to the internet & a phone line in case of emergency.


We’ll get you jump-started to build your own:
Since the advent of the first computer different types and sizes of computers are offering different services. Computers can be as big as occupying a large building and as small as a laptop or a microcontroller in mobile & embedded systems.
The four basic types of computers are as under:
- 2Mainframe Computer
The most powerful computers in terms of performance and data processing are the Supercomputers. These are specialized and task specific computers used by large organizations. These computers are used for research and exploration purposes, like NASA uses supercomputers for launching space shuttles, controlling them and for space exploration purpose.
The supercomputers are very expensive and very large in size. It can be accommodated in large air-conditioned rooms; some super computers can span an entire building.
See Also: Top ten Supercomputers with HD pictures


Zafira 1.9 CDTI Design 08
My Zafira 1.9 CDTI Design 150brake 08 plate, it has power but will not start or even turn over, it started once after doing a service and changing all the filter, after discovering a fuel leak where i never tightened to cap properly, after tightening the fuel cap it will not start, the battery is fully charged and the dash lights are on but no error lights showing, turning the key nothing. I even tried towing it but nothing is happening. The car has had a lot of work done to it in the past few months and all new parts have been fitter, like a new turbo mass air flow sensor new generator new starter all done in a garage, the car was running well till the service now nothing, any suggestions.
Your car has a unit called the column integrated module (CIM) which is mounted under the steering wheel. When you put the key in and turn this unit communicates with all the other modules on the car. If this unit is faulty it will not let the car turn over. There could be many reasons why the engine does not turn over including a failed starter motor, a broken earth lead, a broken wire etc etc.
Without access to specialised diagnostic equipment you cannot test the CIM.
You can eliminate the starter motor by removing the small wire from it, putting a meter positive to it and the other to earth, turn the key to start and see if you get 12 volts. If you do the starter has failed. Otherwise you need proper diagnostic equipment.
When replacing the fuel filter, you must always fill the housing with clean diesel before fitting the top. This saves unnecessary strain on the starter motor.


Who are we?
PHOTONIS is a leading multinational high technology group, with experience in manufacture, sales and innovation specializing in photo sensor imaging technologies since 1937.
We operate internationally in the Night Vision, Digital Imaging, Industry Science Medical, Nuclear Instrumentation and Power Tubes markets.
PHOTONIS is global manufacturer of electro-optic components used in the detection of ions, electrons and photons. We innovate and engineer quality components for integration into a variety of applications such as night vision optics, digital camera, mass spectrometry, physics research, space exploration and many others.


The spectrum is mixed wavelength of 380～780nm light, work as indoor sunshine and free plants from malnutrition caused by the separately red light&blue light.
400nm to 520 nm
-These wavelengths are the most absorbed by the chlorophyll in the plants
-Both the quality and intensity of blue and violet light strongly influence plant growth&photosynthesis.
630nm to 660 nm
-Exposure to light in this wavelength Increase the light absorption of the plant
-Enhances vegetative growth, flowering, and budding
720nm to 740 nm
-Triggers germination and flowering
-Associated with increased plant biomass
Size: 12.6*12.6*3.2 inches
Chip size: 45mil
Certification: CE, RoHS, FCC
Input voltage: AC100~240V
Working frequency: 50 – 60 Hz
Working temperature: -4 – 122 ℉
Lifespan: 50000 hours
Warranty: 2 years
Working temperature: -20°-50°
Actual power: 400W5%
Package included: 1 LED grow light, 1 power cord, 1 stainless steel hanging kit
About Lightimetunnel_Professional LED grow light manufacturer
Established the professional led grow light factory with an area of 6,000㎡ focusing on R & D to make lamps with high quality guarantee.
Our professional R&D team are always committed to develop better lights. And we got millions of the positive feedbacks of their better harvest than using hps and other grow lights.
Our grow lights widely used by indoor growers from more than 30 countries and perform better in improving harvest than others’ ,especially for commercial grow projects.Our factory OEM for USA brand grow lights.
The light quality is better and better and our business reached more than 120 countries worldwide.
Win the NO.1 seller in LED grow light Manufacturer.
👉 👉【Buy One Get One Dimmable 300W Free】 Perfect replacement of sunshine: Its spectrum is greatly similar to the solar spectrum,but an optimization of sunlight to enhance the light effects for plants and promote plants growth and harvest
Adopt top quality 45mil 3w Epileds chips to ensure high brightness and high light efficiency and extend the lifespan of light. Use isolated power supplies to ensure stable light performance and free plants from the damage of the light flickering caused by the change of the voltage
Patent design of COB + 90 Degree Reflective cup ensures high brightness, better light conformity and light gathering, maximizing the lighting absorption of plants.
Unique High efficient cooling system. The design of Sunflower radiator+UL fans+ massive heat sinks greatly improve heat dissipation performance and protect plants from heat damage and extend the lifespan of the lamp.Daisy chain design,connect lamps together like a flower instead of chaotic power cords,easy to use
Easy After-Sale :Trustwothy supplier,the Leading led light manufacturer with strong R&D team for over 6 years. 2 years hassle free warranty.


A massive U(1)’ gauge boson known as a “dark photon” or A’ , has long been proposed as a potential explanation for the discrepancy observed between the experimental measurement and theoretical determination of the anomalous magnetic moment of the muon (gµ − 2 anomaly). Recently, experimental results have excluded this possibility for a dark photon exhibiting exclusively visible or invisible decays. In this work, we revisit this idea and consider a model where A’ couples inelastically to dark matter and an excited dark sector state, leading to a more exotic decay topology we refer to as a semi-visible decay. We show that for large mass splittings between the dark sector states this decay mode is enhanced, weakening the previous invisibly decaying dark photon bounds. As a consequence, A’ resolves the gµ −2 anomaly in a region of parameter space the thermal dark matter component of the Universe is readily explained. Interestingly, it is possible that the semi-visible events we discuss may have been vetoed by experiments searching for invisible dark photon decays. A re-analysis of the data and future searches may be crucial in uncovering this exotic decay mode or closing the window on the dark photon explanation of the gµ − 2 anomaly.


Define the architecture, composition, components, modules, interfaces and data for integrated information systems (hardware, software and network), based on system requirements and specifications.
design ICT system
Skill reusability level
Relationships with knowledge
Design information system is essential to master the following knowledge:
Design information system is optional for the following skills, according to the role’s responsibility:
Relationships with occupations
Design information system is an essential knowledge of the following occupations:
Design information system is an essential skill of the following occupations:
Software analyst: Software analysts elicit and prioritise user requirements, produce and document software specifications, test their application, and review them during software development. They act as the interface between the software users and the software development team.
Enterprise architect: Enterprise architects balance technological opportunities with business requirements. They also maintain a holistic view of the organisation’s strategy, processes, information and ICT assets and link the business mission, strategy and processes to the ICT strategy.
Information manager: Information managers are responsible for systems that provide information to people. They assure access to the information in different work environments (public or private) based on theoretical principles and hands-on capabilities in storing, retrieving and communicating information.
E-learning architect: E-learning architects establish goals and procedures for the application of learning technologies within an organisation and the creation of an infrastructure that will support these goals and procedures.
ICT system analyst: ICT system analysts specify the system needs to meet the end user requirements. They analyse system functions in order to define their goals or purposes and to discover operations and procedures for accomplishing them most efficiently. They also design new IT solutions to improve business efficiency and productivity, produce outline designs and estimate costs of new systems, specify the operations the system will perform, and the way data will be viewed by the end user. They present the design to the users and work closely with the users to implement the solution.
ICT system architect: ICT system architects design architecture, components, modules, interfaces, and data for a multi-components system to meet specified requirements.
Design information system is optional for these occupations. This means knowing this knowledge may be an asset for career advancement if you are in one of these occupations.
Design information system is optional for these occupations. This means knowing this skill may be an asset for career advancement if you are in one of these occupations.
ICT information and knowledge manager: ICT information and knowledge managers contribute to the definition of organisational information strategy and apply information and knowledge creation, editing, storage, and distribution policies. They manage the maintenance and evolution of structured and unstructured information. They create digital structures to enable exploitation and optimisation of information and knowledge, manage data analysis and enable business intelligence.
- Design information system – ESCO