J C Smale partners with a network of suppliers to deliver robust, high-quality integrated control systems for industry.
In partnership with trusted manufacturers, J C Smale provides a comprehensive range of services including programming, display, cubicles and wiring, control and PLC systems, network control systems, hazardous systems and integrated systems.
The collaborative approach with industry experts, underpinned by commitment to quality and compliance, results in reliable integrated systems tailored to the needs of the end user.
INSTALLATION & COMMISSIONING
With control systems created by the machine builder, customers can be confident that all equipment has been successfully integrated and fully tested in J C Smale’s workshop prior to on-site delivery.
During commissioning, engineers check that plant functions appropriately under operating conditions with product present and the machine running continuously at normal rates.


What is the future of computing?
There are many different kinds of computers, from computers that fit in your pocket and connect to a global connection network (smartphones), to supercomputers that are bigger than a small house. When you ask what the future of computers is, you have to also ask what the purpose of computers will be it the future. There will most likely be multiple purposes as there are now.
On one hand, you have the Microsoft Surface go a 10-inch tablet that runs a full copy of the Windows operating system. On the other hand, you have Summit the US government new massive supercomputer. Both of these are computers, but they have very different (yet relevant) purposes.
I think that a very interesting and futuristic concept it that of a business called Shadow. They make it possible to access a much more powerful machine from a low-cost computer, tablet, or smartphone. In my opinion, something like that is the future of computing, at least consumer computing. It allows you to pay a small monthly fee and get access to a computer that you will not have to maintain, and you can access from anywhere, on any device.


When technology combines with human expertise and ingenuity, society as a whole benefits. If you take a closer look at the evolution of GDP, a key indicator of a country’s economic situation over more than 850 years, you will notice that it is constantly evolving. The only periods during which this trend is slowed down are pandemics or wars. Nevertheless, new technologies have greatly contributed to improving everyone’s health while improving our knowledge.
In the history of mankind, technology has never been more important and present in the economy than it is today. 5 of the world’s 6 largest companies are technology companies – Apple, Alphabet, Microsoft, Amazon and Facebook. Only 10 years ago, Microsoft was the only technology company in this top 6. This clearly confirms the importance and interest of new technologies.
Artificial Intelligence, spearhead of new technologies.
To date, we can distinguish 3 categories of Artificial Intelligence:
- ANI – Narrow AI: This Artificial Intelligence does not need specific programming to accomplish its tasks. It learns from her own experience but can only solve well-defined problems.
- AGI – human-ish AI: The most well-known of Artificial Intelligence, the one that everyone talks about when thinking about the Turing test. It can solve various problems without first receiving a specific programming.
- ASI – Super AI: This type of intelligence can think like humans, solve problems at the same time as it defines its own goals. This Artificial Intelligence is differentiated by its ability to develop ways to become more intelligent exponentially.
To date, the ASI has not yet revealed its full potential; It is currently the most important field of research in the field of artificial intelligence. The most important research work is focused on the creation of intelligent systems that can solve general problems using the so-called AGI technology. ANI systems are already in production and widely used by companies. Their perimeter of action makes it possible, for example, to guess the objects present on a photograph or the possibility of predicting sports results. These systems are mainly used by digital professionals.
Artificial Intelligence “: What does this term cover?
Traditionally, AI encompasses decision trees, natural language processing, and predictive analysis.
Machine Learning begins to exploit these components and understand them much better than we anticipated. To better describe our situation, it is best to use the term AI to refer to all of these activities.
The AI is already with us.
The best- known examples of successful AI:
– We beat Go – An incredibly complex game with 10170 combinations of movements that we thought unbeatable by an AI technology before 100 years ago barely 15 years ago. The defending world champion was defeated 4-1 last year. The machine even used a new type of movement in contradiction to conventional caution.
– Siri, Cortana and Google produce voice recognition systems that respond to simple actions. These systems did not exist a few years ago.
Why such an interest now?
There are three main reasons for the development of AI:
- Moore’s law is still current and his predictions still work today.
- We are able to provide these systems with sufficient data and information to make decisions independently.
- Companies have been digitized and many interfaces have been developed to access services using this intelligence.
2012 was the first year that the GPU (Graphic Processing Unit) was combined with Deep Learning technologies to achieve feats and solve unimaginable problems.
By 2014, computers quickly gained the upper hand on humans in terms of image recognition, and then in the last 18 months there has been the same acceleration in speech recognition.
Where will we be in 5-7 years?
- Chat interfaces will automatically interact with humans.
- Automated driving systems will become more general and more affordable.


Leasowes STEM Champions 2019
The Royal Aeronautical Society STEM CHAMPIONS 2019 – LEASOWES HIGH SCHOOL, COMET V2
Leasowes took two teams of D&T year 8 students to participate in a STEM based competition at the RAF Cosford Museum, on Wednesday 15th May 2019. The Smallpeice Trust and The Royal Aeronautical Society organised the STEM challenge event ‘Mission STEM possible’. During the event students worked through a series of cyber based challenges that enabled them to complete a final engineering based challenge. The teams presented their projects to the panel of judges and the other pupils.
The overall STEM Champions were COMET V2 from Leasowes High School, the team were outstanding throughout the event and were complimented for how successfully they worked as a team.
Congratulations to the winning students


€449.10 VAT included
PremiumCool portable evaporative air conditioner model JH165
- Air flow: 4500m3/h
- Maximum consumption: 160w
- Water tank: 45 Liters
- Covers approximately 50m2 realistically
- 3 speeds
- Noise: <61db
- Control via integrated LCD or remote control (included).
- High-quality and robust steel wheels for comfortable movement on your terrace.
- Dimensions: 712x446x1180mm
- Weight: 22kg
All the advantages of using portable evaporative coolers on your terrace explained in this blog article: Article


NASA and the U.S. Department of Energy say they have successfully tested a new type of nuclear reactor that could one day provide juice to colonies on other worlds. The reactor can power several homes and appears able to operate in harsh environments.
A critical part of NASA's next $2 billion rover mission to Mars broke during testing earlier this month.
The Mars 2020 mission's heat shield was undergoing stress-testing when it developed a crack that appeared around its entire circumference. The shield is designed to protect the rover as it enters the Martian atmosphere.
Nothing conveys the excitement of space exploration like pictures from another planet. Now NASA is planning to go one better than pictures. The space agency is aiming to launch a probe carrying a communication system that will let future missions to Mars transmit live, high definition video to Earth.


It is surprising to me how many people do not know how to properly charge their battery. Yes – there is a procedure in simply charging your battery. Besides the usual precautions of using rechargeable cells e.g. not discharging all the way to zero, not charging/uncharging too frequently, etc there is one more subtle but very common way that users seem to abuse their electronic cigarette battery: they fail to screw it in all the way.
This causes a loose contact or even worse – a poor contact. What this does is wreak havoc and severe damage to your battery. When the contact is not proper it causes sparking and though the battery charges it creates intermittent surges that basically fry your battery. There is no proper way to diagnose this problem (e.g. heating of the battery is normal). So the only remedy is to actually ensure that the battery is screwed in all the way the first time.


Computers & Minds
21 November 2014 | Edinburgh
As part of the Being Human Festival of the Humanities, The Human Mind Project brought together leading academics to discuss research at the interface of philosophy, computational neuroscience, robotics and AI. How does the advent of computing and AI impact on the human mind?
A one day event held at the University of Edinburgh, specialist workshops explored computational theories of mind, the cognitive neuroscience of self-consciousness and body awareness, and the implications of the latest advances in artificial intelligence.


QI Ultra Slim Fast Wireless Charging Pad | Black | iPhone & Android Micro-B Port receivers included
Regular price $29.99
- QI Certified Ultra Slim Fast Wireless Charging Pad | S8/S8+/S7/S7 Edge/S6/S6 Edge | iPhone X, iPhone 8/8+ | Qi-Enabled Devices | iPhone & Android Micro-B Port receivers Included | White Color
- FAST CHARGING - Supports Apple official faster-charging speed up to 7.5W for iPhone X / 8 Plus / 8 when running iOS 11.2 or later. 10W fast charge mode compatible with Samsung Galaxy Note 9 / S9 / S9 Plus / Note8 / S8 / S8 Plus / S7 Edge / S7 / S6 Edge plus and Note 5. 5W standard wireless charging is for ALL Qi-enabled devices.
- CASE COMPATIBLE - No need to remove the phone case before wireless charging, Wefunix wireless charger is engineered to transmit electric power directly through even heavy-protection cases. NOTE: Please remove all metal cases and metal or magnetic objects from the back of your phone prior to wireless charging.
- ADVANCED & CONVENIENT DESIGN - High-Friction base pad with No-Slip silicone rubber surface give your phone dual protection to prevent from sliding. A cool UFO shape design makes it more attractive. No need to plug into charging port and deal with plugging and unplugging charging cable. Just put your phone onto the pad and go
- ADDITIONAL GIFTS - Package come with two wireless receivers for iPhone with Lightning port & Android with Micro-B port
- SAFE AND WARRANTY - CE FCC ROHS certified totally safe charger with the foreign object detected function to keep your charger and your phone secure. Multi-functional Intelligent Protect Technology is engineered to provide temperature control, surge protection, short-circuit prevention, and more


Comprehensive solutions for water resource management
Scientific and engineering expertise in remediation and risk management
Tools and analysis for regulatory compliance and operational efficiency
Data collection, modeling, analytics and visualization
Our scientists, engineers, and remote sensing professionals help clients address water issues from field to landscape scale. This includes mapping of evapotranspiration and addressing the impacts and mitigation of large-scale water transfers. Formation’s expertise also includes addressing groundwater – surface water interactions, modeling root zone water quality, evaluating groundwater dependent vegetation, and implementing workflows to calculate water demand and inform management plans.
Our approach involves close communication with each of our clients to understand and comprehensively manage both short-term and long-term environmental liabilities. Our expertise and understanding of the regulatory framework, bioaccumulative contaminants of concern, land use, and other setting-related issues help clients develop a successfully remediation approach, settlement, or defense.
Formation scientists are experts at terrain analysis and vegetation characterization to support desktop review of ROW and asset proximity conditions. We specialize in UAV data acquisition utilizing ultra-high density LiDAR, thermal sensing, optical imaging, and bathymetric LiDAR to provide a rapid, cost effective approach to inspect and map energy assets. Our remote sensing experts and data scientists are also sensor agnostic and able to model and analyze data from a variety of sources.
Our remote sensing experts, data scientists, GIS professionals, and programmers collaborate with clients to provide custom analytics, modeling tools and client portals that integrate into their operational workflow. Formation operates the state-of-the-art Vapor 55 UAV, equipped with ultra-high density LiDAR, optical imagery, thermal or bathymetric sensors.


Can one thermostat control two baseboard heaters?
The short answer is YES, you can wire multiple heaters to one thermostat, but it depends on several factors to ensure your circuit can handle the load.
How do you control electric baseboard heaters?
To operate a baseboard heater, set the desired temperature on the thermostat; the heater will turn on until that temperature is reached. If the temperature later drops, the heater turns on again. There should be a minimum clearance of 3/4 inch between the heater and the floor.
How do you wire a heater in parallel?
Connecting the heaters in parallel means that essentially the two wires coming from the power source (the thermostat) go to the two ends of the first heater, and the same two wires then continue on and are connected to the two ends of the second heater as well.
How many heaters can you run on a 20 amp circuit?
A 20-amp breaker can support any combination of heaters up to a total of 3,840 watts. For example, using a single thermostat, the breaker could support two 1500-watt heaters or three 1000-watt heaters.
Can you link baseboard heaters together?
In most all cases, multiple baseboard heaters can be connected together if the total operational amperage does not exceed the wires and circuit breaker’s capacity. If the heater is too large it must be wired on a separate circuit.
How do I control multiple electric baseboard heaters?
You can either do that by connecting each heater to the thermostat directly, or by connecting each heater to the next — just be sure that each heater is connected to the source wires. (You can also check out the wiring diagram at the top of this post — it shows how to wire multiple baseboards together.)
Can I use a smart thermostat with baseboard heaters?
A smart thermostat can connect all baseboard heaters to a central control, regardless of type. From there, you can manage your home temperature room by room, even when you’re not at home.
Can I use a programmable thermostat with baseboard heaters?
Because electric heat is one of the most expensive ways to heat your home, you can cut your heating bills significantly by installing a programmable thermostat, like this one, which automatically turns down the heat when it isn’t needed. Make sure you buy a high-voltage thermostat designed for electric baseboard heat.
Do baseboard heaters need a special thermostat?
With baseboard heaters, you won’t need to install an expensive heating system, which again, saves you a lot of money. Many consider baseboard heaters as the most efficient type of heater but they still must be used with a thermostat to control the temperature.
Does a baseboard heater need a dedicated circuit?
240-volt baseboard heaters are in need of a dedicated circuit to supply enough power for proper functionality. The general rule of thumb is that baseboard heaters need a 20-amp circuit that requires a 12-gauge wire for either type heater.
How many amps is a baseboard heater?
Manufacturer’s Recommended Heating Needs
|Total Area of Room (sq. ft.)
|Recommended Heater Rating (watts)
|Electrical Circuit Size Needed (240 volts)
What size breaker is needed for baseboard heat?
Adding a 240-volt baseboard heater usually requires a new 20- or 30-amp double-pole circuit breaker and new circuit wiring to supply one or more heater units. This is a dedicated circuit that serves only the heater.
How many baseboard heaters do I need per room?
As a rule of thumb, assume a room requires 10 watts of electric heating per square foot of room. In other words, a 10×10 room (100 square feet) will require 1,000 watts of electric baseboard heating. This heating can be provided by a single baseboard heater mounted on the wall.
How much does it cost to run a 1500 watt heater for 24 hours?
Example (you can use an electric heater running cost calculator below for different wattages/kWh prices): If we assume the price of electricity is $0.1319 per kWh, a 1,500-watt electric space heater will cost; $0.20 to run per hour. $4.80 to run per 24 hours (day).
How many heaters can I put on one circuit?
A circuit running on a 20-amp double-pole breaker can have any combination of heaters up to 3,840 watt. You can install two 1,500 watt heaters if you use just one thermostat. There are three 1,000 watt heaters.
What size breaker do I need for a 1500 watt baseboard heater?
A 1500-watt heater on a 120-volt circuit thus needs a breaker of 15.6 amps. Because a 15-amp breaker would be too small, you need a breaker with the next highest rating, which is 20 amps.
How do you wire a baseboard heater?
Wiring baseboard heaters is as simple as adding a 20-amp circuit. Simply run a 12-2 non-metallic sheathed cable from the electrical service panel to the location of the baseboard heater. Since baseboard heaters have a built-in junction box, you won’t have to cut in a junction box to feed it.
What size breaker do I need for a 1000 watt baseboard heater?
Typically you will need to have the wire connected to a 20 amp breaker. This type of breaker is referred to as a double pole 20 amp. It is also what is used for 12 gauge wire.
What size breaker do I need for a 2000w baseboard heater?
Here’s the summary on what is the maximum baseboard heating load that may be connected to on a 20 amp circuit breaker: If you use 120V baseboard heaters, the 20-amp circuit can support a net total of 2,400 W. That’s one 2,000 W baseboard heaters or two 1,000 W baseboard heaters.
Can you use 14 gauge wire for 240v?
Yes, you can use 14 gauge wire in a 240 volt circuit. The one-way bonds of 14 gauge are stronger than those of 22 or 24 gauge and are used in many circuit protection applications. 14 gauge is also the minimum North American Standard for 240 V/60 Hz system power.


Research paper on global positioning system abstract irrespective of time, location, and whether, global position system provides unparalleled range of services to commercial military and consumer applications majority of these services enables airborne, land, and sea users to know their exact velocity, location, and time. As the department of defense’s (dod’s) global positioning system (gps) satellites reach the end of their service lives, the department plans to replace them with ones that can counter deliberate interference by generating stronger signals. Global positioning system systems engineering case study patrick j o’brien john m griffin, ses (ret) 4 october 2007 air force center for systems engineering (afit/sy. The analysis assessed the results and methodology of the testing done by twg, npef, raa network to global positioning system (gps) receivers and gps-dependent systems and networks”  the npef conducted the first of two tests in march 2011 to investigate the impacts of interference on a select set of gps receivers the npef.
Marine dynamic positioning system market by subsystem (control systems, power system, thruster system), equipment (class 1, class2, and class 3), application (naval vessel, offshore vessel) - global opportunity analysis & industry forecast, 2014. Global positioning system (gps) systems engineering case study - technical information and program history of america's navstar navigation satellites - kindle edition by world spaceflight news, air force institute of technology, air force center for systems engineering, department of defense (dod), us military, us air force. Global positioning system (gps) services gps’ role in environmental site assessment a basic but essential component of quality site management is having an accurate spatial representation of where physical site features reside often times, older sites have survey and coordinate data which was acquired by previous contractors.
12 background: the dod global positioning system (gps) has been operational for over 20 years and is well established as a military utility fulfilling a multitude of requirements as the predominant pnt source for the warfighter recently, awareness has been growing among government and industry leaders regarding the value of pnt for global. Find global positioning systems market research reports and industry analysis for market segmentation data, market growth and n.
A short tutorial on inertial navigation system and global positioning system integration kyle m smalling northrop grumman, hampton, virginia kenneth w eure langley research center, hampton, virginia nasa sti program in profile since its founding, nasa has been dedicated to the advancement of aeronautics and space. Define global positioning system global positioning system synonyms, global positioning system pronunciation, global positioning system translation, english dictionary definition of global positioning system n abbr gps a system of satellites, computers, and receivers that is able to determine the latitude and. Home voip analysis and simulation maps ™ stolen assets tracking, advertising, and social networking for many years, satellite based gps (global positioning system) has been one of the most popular positioning method the assisted gps (a-gps) was then introduced within the mobile devices that use cellular services to track devices by its.
Gps revolutionizing the way nations operate in space originally developed by the military to enhance airborne, marine, and land-based operations, the global positioning system (gps) is critical to national security space and has revolutionized the way nations operate in space—from guidance systems to crewed vehicles, to the.
Global positioning system (gps) instruments and gps devices are radio-navigational devices that provide accurate position information about objects on earth, based on information from orbiting satellites. Vulnerability assessment of the transportation infrastructure relying on the global positioning system final report august 29, 2001 prepared by. The global positioning system and arcgis, third edition [michael kennedy] on amazoncom free shipping on qualifying offers since the publication of the bestselling second edition of the global positioning system and gis. The congress of the united states o congressional budget office a study cbo the global positioning system for military users: current modernization plans and alternatives october 2011.


ULTRAFAST SPECTROSCOPY GROUP
Observation and Control of the Excited State Dynamics of Condensed Phase Molecules by Advanced Spectroscopy Using Ultrashort Optical Pulses
Tracking the molecular dynamics from the electronic and structural viewpoints is essential for deep understanding of chemical reactions. To this end, we develop new ultrafast spectroscopic methods based on basic knowledge on the light-matter interaction and state-of-the-art laser technology. Using these advanced spectroscopy, we aim to observe, understand, and control new fundamental phenomena of reactive molecules.
Elucidating the dynamics of chemical reactions is essential to achieving a deep understanding of the processes involved. With this idea in mind, we study the dynamics of photoexcited molecules via a variety of time-resolved spectroscopic methods utilizing ultrashort laser pulses. We develop new spectroscopic methods based on state-of-the-art laser technology and aim to observe, understand, and control new fundamental phenomena of reactive molecules. Especially for ultrafast reactions, it is key to observe and “visualize” the continuous motion of nuclei (structural change) throughout the reaction. Therefore, we study the “instantaneous” structures of the reacting molecules by advanced multi-pulse experiments, and try to determine the structure of the transition state that plays crucial roles in chemical reactions.
Korenobu Matsuzaki (group leader)
- P. Kumar; H. Kuramochi; S. Takeuchi; T. Tahara
Time-domain observation of surface-enhanced coherent Raman scattering with 105-106 enhancement
J. Phys. Chem. Lett. 11, 6305 – 6311 (2020).
- H. Kuramochi; S. Takeuchi; M. Iwamura; K. Nozaki; T. Tahara
Tracking photoinduced Au–Au bond formation through transient terahertz vibrations observed by femtosecond time-domain Raman spectroscopy
J. Am. Chem. Soc. 141, 19296 – 19303 (2019).
- S. Tahara; H. Kuramochi; S. Takeuchi; T. Tahara
Protein dynamics preceding photoisomerization of the retinal chromophore in bacteriorhodopsin revealed by deep-UV femtosecond stimulated Raman spectroscopy
J. Phys. Chem. Lett. 10, 5422 – 5427 (2019).
- H. Kuramochi; S. Takeuchi; H. Kamikubo; M. Kataoka; T. Tahara
Fifth-order time-domain Raman spectroscopy of photoactive yellow protein for visualizing vibrational coupling in its excited state
Sci. Adv. 5, eaau4490 (2019).
- H. Kuramochi; S. Takeuchi; K. Yonezawa; H. Kamikubo; M. Kataoka; T. Tahara
Probing the early stages of photoreception in photoactive yellow protein with ultrafast time-domain Raman spectroscopy
Nat. Chem. 9, 660 – 666 (2017).


Exploring the Benefits and Risks of Biometric Security in the Digital Age
Biometric security is a form of authentication that uses physical characteristics such as fingerprints, facial recognition, and voice recognition to verify a person’s identity. This technology has become increasingly popular in the digital age, as it offers a more secure and convenient way to protect sensitive data. However, there are both benefits and risks associated with biometric security that must be considered before implementing it.
The primary benefit of biometric security is that it is much more secure than traditional methods of authentication. Unlike passwords, which can be easily guessed or stolen, biometric data is unique to each individual and cannot be replicated. This makes it much more difficult for hackers to gain access to sensitive information. Additionally, biometric security is much more convenient than traditional methods, as it eliminates the need to remember complex passwords or carry physical keys.
Despite the many benefits of biometric security, there are also some risks associated with it. For example, biometric data is not always reliable. If the data is not collected or stored properly, it can be easily compromised. Additionally, biometric data is not always accurate. If the data is not collected correctly, it can lead to false positives or false negatives, which can result in the wrong person being granted access.
Finally, biometric security can also be intrusive. As biometric data is unique to each individual, it can be used to track a person’s movements and activities. This can be a violation of privacy and can lead to potential misuse of the data.
Overall, biometric security offers many benefits in terms of security and convenience. However, it is important to consider the risks associated with it before implementing it. By understanding the potential risks and taking the necessary precautions, organizations can ensure that their biometric security systems are secure and effective.
How Biometric Security is Changing the Way We Protect Our Data
Biometric security is revolutionizing the way we protect our data. This technology uses physical characteristics such as fingerprints, facial recognition, and voice recognition to authenticate users and grant access to sensitive information.
Biometric security is becoming increasingly popular due to its convenience and accuracy. Unlike traditional methods of authentication, such as passwords and PINs, biometric security does not require users to remember or enter any information. Instead, it relies on physical characteristics that are unique to each individual. This makes it much more difficult for hackers to gain access to sensitive data.
Biometric security is also more secure than traditional methods because it is difficult to replicate. For example, a hacker cannot simply guess a person’s fingerprint or voice in order to gain access to their data. This makes it much more difficult for hackers to gain access to sensitive information.
In addition, biometric security is becoming more affordable and accessible. Many companies are now offering biometric security solutions that are easy to implement and cost-effective. This makes it easier for businesses to protect their data and ensure that only authorized users have access.
Biometric security is changing the way we protect our data and is becoming an increasingly popular choice for businesses and individuals alike. This technology offers a secure and convenient way to authenticate users and protect sensitive information. As biometric security continues to evolve, it is likely that it will become even more popular and widely used in the future.
Examining the Latest Developments in Biometric Security Technology and Their Impact on Privacy and Security
Biometric security technology is becoming increasingly popular as a means of protecting sensitive data and information. This technology uses physical characteristics such as fingerprints, facial recognition, and iris scans to authenticate users and grant access to secure systems. While this technology offers a high level of security, it also raises important questions about privacy and security.
The use of biometric security technology has grown significantly in recent years. This technology is being used in a variety of applications, from banking and healthcare to government and military systems. It is also being used in consumer products such as smartphones and laptops.
The primary benefit of biometric security technology is that it is more secure than traditional methods of authentication, such as passwords and PINs. Biometric data is unique to each individual, making it difficult to replicate or steal. This makes it much harder for hackers to gain access to secure systems.
However, there are also some potential drawbacks to using biometric security technology. One of the most significant concerns is the potential for privacy violations. Biometric data is highly sensitive and can be used to identify individuals. This raises the possibility of unauthorized access to personal data or misuse of biometric data for malicious purposes.
Another potential issue is the accuracy of biometric security technology. While this technology is becoming increasingly sophisticated, it is not perfect. There is always the possibility of false positives or false negatives, which could lead to security breaches or other problems.
Finally, there is the potential for abuse of biometric security technology. This technology could be used to track individuals or to deny access to certain services or locations. This could lead to a violation of civil liberties and could be used to target certain groups of people.
Overall, biometric security technology offers a high level of security and convenience. However, it is important to consider the potential risks and implications of using this technology. It is essential to ensure that biometric data is stored securely and that appropriate measures are taken to protect privacy and civil liberties.


Qualifications and training required
A degree in electrical, electronic, mechanical or production engineering, computing, physics or mathematics is normally necessary, although foundation degrees, HNDs and HNCs are sometimes sufficient. Relevant experience or postgraduate qualifications are beneficial.
JOB DUTIES AND TASKS
Confer with engineers, customers, and others to discuss existing or potential engineering projects and products.
2) Design, implement, maintain, and improve electrical instruments, equipment, facilities, components, products, and systems for commercial, industrial, and domestic purposes.
3) Operate computer-assisted engineering and design software and equipment to perform engineering tasks.
4) Direct and coordinate manufacturing, construction, installation, maintenance, support, documentation, and testing activities to ensure compliance with specifications, codes, and customer requirements.
5) Perform detailed calculations to compute and establish manufacturing, construction, and installation standards and specifications.
6) Inspect completed installations and observe operations, to ensure conformance to design and equipment specifications and compliance with operational and safety standards.
EXPERIENCE/ EDUCATION REQUIRED
1) Engineering and Technology -- Knowledge of the practical application of engineering science and technology. This includes applying principles, techniques, procedures, and equipment to the design and production of various goods and services.
2) Computers and Electronics -- Knowledge of circuit boards, processors, chips, electronic equipment, and computer hardware and software, including applications and programming.
3) Mathematics -- Knowledge of arithmetic, algebra, geometry, calculus, statistics, and their applications.
4) English Language -- Knowledge of the structure and content of the English language including the meaning and spelling of words, rules of composition, and grammar.
5) Design -- Knowledge of design techniques, tools, and principles involved in production of precision technical plans, blueprints, drawings, and models.
6) Physics -- Knowledge and prediction of physical principles, laws, their interrelationships, and applications to understanding fluid, material, and atmospheric dynamics, and mechanical, electrical, atomic and sub- atomic structures and processes.
7) Telecommunications -- Knowledge of transmission, broadcasting, switching, control, and operation of telecommunications systems.
8) Production and Processing -- Knowledge of raw materials, production processes, quality control, costs, and other techniques for maximizing the effective manufacture and distribution of goods.
*Concentration. Electrical and electronics engineers design and develop complex electrical systems and electronic components and products. They must be able to keep track of multiple design elements and technical characteristics when performing these tasks.
*Initiative. Electrical and electronics engineers must be able to apply their academic knowledge to new tasks in every project they undertake. In addition, they must engage in continuing education to keep up with changes in technology.
*Interpersonal skills. Electrical and electronics engineers must be able to work with others during the manufacturing process to ensure that their plans are implemented correctly. This collaboration includes monitoring technicians and devising remedies to problems as they arise.
*Math skills. Electrical and electronics engineers must be able to use the principles of calculus and other advanced topics in math in order to analyze, design, and troubleshoot equipment.
*Speaking skills. Electrical and electronics engineers work closely with other engineers and technicians. They must be able to explain their designs and reasoning clearly and to relay instructions during product development and production. They may also need to explain complex issues to customers who have little or no technical expertise.
MODE OF APPLICATION
Interested candidates should forward their Names, Phone nos, and position applying for to the message box on this advert or send their CV to hrm.geopatllogistics @gmail.com. Failure to adhere to this instruction will lead to TOTAL disqualification. Only short listed candidates will be contacted


JUST EASY THREE STEPS:
- 1 Connect the translator and mobile phone through bluetooth.
- 2 Mobile: search “TT fayuo” in APP Store,Android: search “TT fayuo” in google play.
- 3 Enter APP and wait for the top of the interface to turn green (or use manual connection is more fast).Then choose the language in which you speak to each other.
1. Multiple Languages Translation: Support up to more than 30 languages translation, each language can be translated to each other.
2. Two-Way Real Time Intercom: It can be used to communicate face to face, and solve communication barriers. Giving you the most suitable translation results in real time, fast response in seconds.
3. Voice Translation: Intelligent voice recognition technology to make cross language communication easier. Translate your speech into high quality foreign language text and transmit into voice output.
4. Text Translation: Support text to text translation.
5. Bluetooth Wireless Connection: Connect to your phone via Bluetooth, allows wireless transmission distance up to 10 meters, and the distance of voice recognition is 2 meters.
6. Wide Compatibility: Compatible with most iOS and Android phones. The speech translate function needs cellular data or wifi.
7. Durable and Rechargeable: Built-in 3.7V 750mA rechargeable battery, low power consumption, plug and easily charge.
8. Small and handy: Handheld size, small and portable, so convenient to carry with wherever you go.
9. Languages: Chinese,English, Hindi, Russian, Spanish, Thai, Korean, Japanese, German, French, Italian, Arabic, Portuguese, Danish, Czech, Iceland, Croatian, Afrikaans, Indonesian, Tamil, Catalan, Basque, Filipino, Galician, Zulu, Lithuanian, Hungarian, Dutch, Norwegian, Polish, Romanian, Slovak, Slovenia, Finnish, Swedish, Vietnamese, Turkish, Greek, Bulgarian, Serb, Ukrainian, Hebrew, Farsi, Armenian, Bengalese, Khmer, Latvian, Nepali, Sinhalese, Swahili, Tamil.
- Output Language: English, Korean, Chinese, Japanese, Russian, Portuguese, Italian, Arabic, French, Spanish
- Input Language: English, Portuguese ,French, Spanish, Arabic, Russian, Japanese, Italian, Chinese, Korean
- Resolution: 1200 dpi
- Powered by: 3.7V 750mA Rechargeable Battery
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- 1 x Translator
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I know how exciting it is to receive a shipment of new RC products - and how great the temptation can be to rush out and try them immediately. But I've learned (yes, sometimes the hard way), that to get the best value for my money, protect my RC products and personal safety, it is smart to cool my jets a bit and take the time to read the safety and use guidelines first. This is especially true when it comes to LiPo batteries.
Here are some Guidelines on Safety, How to Break In a New LiPo Battery Pack, Charging, Discharging, Storage Charge and Disposal.
1. Always use a charger specifically designed for Lithium Polymer batteries. Never use NiCD or NiMH type chargers to charge LiPO batteries. Failure to do so will damage the batteries and may cause fire and personal injury.
2. Always charge batteries in a fire proof container. Do not charge batteries on wood, cloth, carpet, in your model, or on any other flammable material. Have a chemical fire extinguisher near by in case of fire.
3. Never leave batteries unattended while charging. Always observe batteries when charging so that you can react to any problems that may occur.
4. If a battery is deformed, swollen or appears damaged, DO NOT CHARGE. Follow the disposal instructions below to properly and safely dispose the battery.
5. Any time you have an accident with your model or if the battery swells “balloons” or if the battery exceeds temperature guidelines, follow these safety steps:
a. Immediately remove the battery pack from your model or charger.
b. Place the battery in a non-flammable, well ventilated area.
c. Observe the battery for 30 minutes from a safe distance.
d. After 30 minutes, if the pack appears stable, is not swollen and does not show any signs of damage, return the battery pack to normal use with caution.
6. Do not allow exposed battery wires to touch each other. This may cause the battery to short and potentially cause a fire.
7. Store your batteries in a cool, dry place between 40-80 Fº / 4-26 Cº.
8. Do not assemble unmatched or dissimilar LiPO cells.
9. Store battery packs out of the reach of children and pets.
1. Venom Lithium Polymer Power Cells and the other LiPo battery packs with more than a single cell that we carry, feature a separate balancing plug that isolates each cell in a pack and charges it independently. This ensures that all cells peak equally and discharge at the same rate during use. Refer to the instructions that came with the battery pack regarding how to identify the balancing plug.
2. Charge each battery pack individually. Never charge battery packs in series. Charging packs in series may result in improper charger cell recognition and an improper charging rate that may lead to overcharging, cell damage and fire. We recommend using the Venom Pro Charger™ when charging your LiPO batteries. The Venom Pro Charger™ is designed to automatically peak charge individual pack cells (up to 6 cell packs) with convenience and ease. We carry the Pro Charger, the Pro Charger Plus and they are available in versions with power supply and without power supply.
3. Always check to make sure that your charger settings match those listed on the battery pack label. Refer to the battery label for the proper cell count and charging amperage setting. Selecting a cell count or amperage charge rate other than the one listed on the battery pack will damage the battery and may cause a fire.
4. Make sure the battery connections are connected in the correct polarity. A wrong connection will damage the battery and may cause a fire.
5. Always check battery pack voltage before charging. Do not discharge LiPO batteries below 3.0 Volts per cell. The voltage of a typical LiPO cell at rest is 3.7 Volts. If the battery pack appears swollen or damaged, DO NOT attempt to charge it. Check the voltage and follow Step 5 from the Safety Guidelines section.
6. Do not charge at over 1C current. C= battery pack mAh capacity ÷ 1000. Divide the battery mAh capacity by 1,000 to determine the proper charge rate.
Example: 1200mah ÷ 1000 = 1.20 Amps
Charge Rate for Venom Power LiPO Battery Packs, example:
a. 800mah Capacity = 0.80 Amps
b. 1200mah Capacity = 1.20 Amps
c. 2000mah Capacity = 2.00 Amps
Some packs will let you charge at greater than 1C, but you'll shorten their overall lifespan if you do.
7. Do not peak charge to more than 4.2 Volts per cell. Example: A 2S Battery Pack contains two cells, therefore the peak voltage should not exceed 8.4 Volts.
8. Battery Temperature is critical. Please use the following guidelines:
a. Charge Temp Range: 32 - 110Fº / 0-43Cº
b. Discharge Temp Range: 32 - 140Fº / 0-60Cº
c. Storage Temp Range: 40 - 80Fº / 4-26Cº
For optimum performance in cold climates, warm the pack to 100Fº/ 37Cº before use.
9. If the battery exceeds the temperature guidelines as above, isolate the battery pack and follow Step 5 from the Guidelines and Warnings section.
Breaking-In a New Battery
1. New LiPO battery packs may require 12 or more charge/discharge cycles before the battery’s optimum performance is reached.
2. During this time, it is recommended that the battery pack is not discharged over 7C. 7C = 7 x 1C, where 1C= battery pack mAh capacity ÷ 1000. Example: [(1250mAh ÷ 1000) x 7] = 8.75 Amps
Recommended Maximum Discharge Rates During Break-In Period:
a. 800mah Capacity = 5.4 Amps
b. 1200mah Capacity = 8.4 Amps
c. 2000mah Capacity = 14 Amps
1. Never discharge a LiPO battery pack at more than the manufacturer’s recommended discharge rate. The discharge rate is:
Battery pack capacity (mah) ÷ 1000 x Pack C rating
Example for 15c packs: (3200mah ÷ 1000) x 15c = 48 Amps
Example for 20c packs: (2100mah ÷ 1000) x 20c = 42 Amps
If your speed control's low power shut-off has kicked in, don't reset it. The shut-off usually means your battery is at the low end of its voltage, and if you reset, you could cause it to drop below the recommended discharge rate, and damage your battery pack.
If you are not going to use the battery pack for longer than one month, charge the pack with a storage charge. The cells will stay in balance longer and the pack will only lose a slight amount of voltage.
Battery Disposal Instructions
1. Discharge battery pack to 2.5 Volts per cell or less.
2. Fill a bucket with enough water to submerge the battery pack completely.
3. Add salt to the water until no more salt will dissolve; the water is now saturated with salt.
4. Place the battery pack in the bucket and leave submerged in the salt water solution for 24 hours.
5. Remove the battery pack from the salt water and test the voltage.
6. If the voltage does not read 0.0 Volts, re-submerge and re-test until the voltage reads 0.0 Volts.
7. Once the battery pack has been discharged to 0.0 Volts, it is safe to dispose.
It's Quick and Easy to safely dispose of your old rechargeable batteries:
Call2Recycle.org has developed a nationwide free battery (and cell phone) drop-off and collection program. Click the link below and enter your zip code to find locations of stores & businesses where you can drop off your old rechargeable batteries for safe disposal and recycling: Battery-Drop-off-Locations-Near-You When we enter our zip, dozens of nearby businesses pop up. Give it a Try!
What's been your experience with LiPo's? What's your favorite power source? Would love to hear from you.
Here's a link to the RC Batteries Chargers and Power Supplies on my website. Thanks for shopping at RC Planes and Copters!
Until next time, keep it safe and keep it flying!


Homey Pro combines all your wireless and smart home devices into a single, easy-to-use and smart system.
- Connects over 7 wireless technologies (IR, Z-Wave Plus, Zigbee, WiFi, Bluetooth, 433MHz, 868MHz)
- Support for both Amazon Alexa and Google Assistant
- Make devices work together via simple-to-make Homey Flows
- Supports over 50000 of popular devices and services
- Future proof by an open App platform
- Works with Philips Hue, Nest, Tado, Fibaro, Qubino, Aeotec, Sonos, IKEA Tradfri lightbulbs, Osram Lightify lightbulbs, Trust Smart Home, Innr…
- Supports IFTTT


Msi z270 sli manual
Gaming Mouse.MSI Z SLI PLUS CONSUMER MANUAL Pdf Install | ManualsLib
Manuals and Consumer Guides for MSI Z SLI PLUS. We now have 1 MSI Z SLI PLUS manual designed for free PDF download: consumer handbook. MSI Z SLI PLUS User Handbook (92 pages) Brand: MSI. Central Processing Unit. • Supports 6th/ 7th Gen Intel ® Core™ i3/i5/i7 processors, and Intel ® Pentium ® and Celeron ® processors for Socket LGA * This function is supported depend on the CPU. Chipset. • Intel ® Z Chipset. Main Memory. • 4 x DDR4 memory slots, support up to 64GB. - Supports DDR4 (OC)/ (OC)/ (OC)/ (OC. MSI designs and creates Mainboard, AIO, Graphics card, Notebook, Netbook, Tablet PC, gadgets, correspondence, Barebone, Server, industrial computing, Multimedia, Clean Machine and automobile Infotainment. Support For Z SLI PLUS. REGISTER NOW. Join now for tech support team. menu. Goods Service Manual Utility.
Msi z270 sli manual.MSI worldwide - The Leading Brand in High-end Gaming & Professional CreationMSI designs and produces Mainboard, AIO, Graphics card, Notebook, Netbook, Tablet PC, Consumer electronics, correspondence, Barebone, Server, commercial computing, Multimedia, Clean Machine and automobile Infotainment. Support For Z SLI PLUS. REGISTER NOW. Join now for tech support team. menu. Products Service Manual Utility. Manuals and Consumer Guides for MSI Z SLI PLUS. We've 1 MSI Z SLI PLUS manual available for free PDF download: consumer handbook. MSI Z SLI PLUS Consumer Handbook (92 pages) Brand: MSI. View and Download MSI Z SLI PLUS user manual on line. Z SLI PLUS motherboard pdf manual down load. Additionally for: Z sli, Z tomahawk arctic, H tomahawk arctic, Z . http://newsfrom9pueprominnua8.blogspot.com/2021/06/steelseries-competing-300-firmware.htmlhttp://newsfrom9pueprominnua8.blogspot.com/2021/06/syslinux-down-load.html
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Table Of Contents. Quick Links. Unpacking Thank you for purchasing the MSI. If something is lacking,. Table of articles. Previous Webpage. Next Page. If one thing is lacking, contact your dealer as soon as possible. Please abide by the next instructions to ensure successful computer assembly. Make sure that all elements are firmly connected. Loose connections might cause the computer to not recognize a component or don't start.
Hold the motherboard by the sides in order to avoid pressing sensitive components. Please refer to page 43 for details about M. Double click on the icon to launch. Please retain the CPU protective cap after installing the processor. As a result of resource that is chipset, the available ability of memory is just a little less than the quantity of set up.
Whenever incorporating or removing expansion cards, constantly turn the power supply off and unplug the power supply power cable from the power outlet. Each connector can connect to one SATA device. PWM Mode fan connectors provide constant 12V output and adjust fan rate with speed control signal. DC Mode fan connectors control fan speed by changing voltage. Normal Trigger the chassis intrusion event Please refer to your TPM safety platform manual for lots more details and usages. Please maintaining the LED strip shorter than 2 meters to prevent dimming.http://newsfrom9pueprominnua8.blogspot.com/2021/06/cmedia-usb-drivers.htmlhttp://newsfrom9pueprominnua8.blogspot.com/2021/06/astrograv.html
When a mistake is taken place, the corresponding stays that are LED until the problem is solved. The system shall reboot and enter BIOS setup directly. Page 43 RAID 0 volume. Utilize tab key to modify between date elements. This product shall appear when Network Stack is enabled. Page 48 [Enabled] enables function that is multi-screen both integrated and external graphics cards.
Press Enter to enter the sub- menu. It will disable more products to accelerate system boot time that is faster than the boot time of Fast Boot.
And also the following Fast Boot field will be disabled and fixed. Press Enter to enter the sub-menu. This function is ready for the chassis equips a chassis intrusion switch. Page 55 Important Overclocking your PC manually is only recommended for advanced users. Overclocking is not guaranteed, and if done improperly, it could void your warranty or severely damage your hardware.
This item will appear when you set the CPU ratio manually. Page 57 Extreme Memory Profile X. Extreme Memory Profile is the technology that is overclocking memory module. Please allow XMP or choose a profile of memory module for overclocking the memory. This product shall be around whenever memory modules that support X. The device can work as numerous systems practically.
Your options of C-state be determined by the installed CPU. This product seems whenever Intel C-State is enabled. And then proceed with the steps below to upgrade BIOS.http://newsfrom9pueprominnua8.blogspot.com/2021/06/gmabooster.html
Download Alternatives webpage Total Installer Select Automatic scan, system will automatically scan all the items and look for the update files that are latest. Or you can choose Manual scan and select the items you wish to scan. Click the button that is scan the bottom. It may take minutes that are several complete the process.http://newsfrom792netasezaj9.blogspot.com/2021/06/latitude-e5570-motorists.html
Manual Mode - allows you to manually control the Central Processing Unit fan rate by percentage. Voltage - allows you to adjust advanced voltage values of Central Processing Unit and chipset. Fan - lets you get a grip on the system fans speed.
Effortless In Simple web page, you are able to pick one system performance mode to generally meet the system environment that is current. Page 78 Speed Testing The speed testing is used to optimize bandwidth usage. Click Test Network Speed key. The test takes several minutes to test your network speed. CPU Tab - shows processor name, code name, package, specification, instructions sets, core cache and speed levels. Caches Tab - shows extended information linked to the cache abilities.
Mainboard Tab - shows motherboard manufacturer, model name, chipset, BIOS version and interface that is graphic. RAID 0 breaks the data into blocks which are written to separate drives that are hard. RAID 1 provides information redundancy by mirroring information involving the hard drives and provides enhanced read performance. The following screen appears. Recovery Volume Options Select option Recovery amount choices from the menu that is main and press Enter to change data recovery volume mode.http://newsfrom9pueprominnua8.blogspot.com/2021/06/qualcomm-atheros-ar8161-motorist.html
Substitute the failed drive that is hard a new one that is of equal or greater capacity. Select the port of the destination disk for rebuilding, and then press Enter. Webpage M. Creating a M. Set Windows 8. Page 87 getting rid of a M. significant if the system presently boots to M. Page 90 MSI will conform to the item take entregar a una empresa autorizada para la recogida de back requirements at the final end of life of MSI-branded estos residuos.http://newsfrom1riapesdiado65.blogspot.com/2021/06/velossd.html
Page 92 instead, please decide to try the following help resources for further guidance. This manual is for that is also suitable Z sli Z tomahawk arctic H tomahawk arctic Z gaming pro carbon motherboard. Print page 1 Print document 92 pages. Cancel Delete. Sign In OR. Don't possess an account? Sign up! Restore password. Upload from disk. Upload from URL.IEEE specialists measure the significance of next-generation technology that is ethernet 25.07.2021 [15:06], Alexander Budik
The IEEE association that is professional whose main goal is the development and promotion of high technologies, announced the formation of a new working group that will study the need to create IEEE 802 technology.3 BASE-T next generation. Numerous house computers will have Gigabit Ethernet adapters, as well as the industry is increasingly using 10 Gbps Ethernet. But the volume of data transmission is growing while the needs for network performance, respectively, will also be increasing.
Based on the chairman associated with the IEEE 802 group.3 Next-Generation BASE-T learn Group of Bill Woodruff, into the coming years there will be a need that is tangible higher network speeds - up to 40 Gbps and even higher. Experts will try to estimate the time frame for the emergence of a version that is new of Ethernet standard so that you can have enough time to react to market requirements in time.http://newsfrom743haefesporzu2z.blogspot.com/2021/06/qualcomm-atheros-qca9000.html
Recall that the specs associated with the BASE-T family provide for the application of twisted pair as a transportation medium. This is actually the most popular version of the Ethernet implementation found in home desktops that are most and laptop computers.http://newsfrom9pueprominnua8.blogspot.com/2021/06/samsung-mobile-usb-composite-device.html
- CIRP: iPad is oftentimes utilized to surf the net;
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The SETI League has received a major donation of equipment, including high-speed A/D converters, digital receivers, and Quad-TI6701 floating point DSP boards. These are all "VME" boards which together can form the foundation of a microwave receiver capable of searching a million channels or more for narrowband signals possibly transmitted by extraterrestrial aliens. This is all modern hardware (most manufactured by Pentek) with enormous processing power. In order to be useful, software will have to be written to unify the boards into a working receiver, and to process the data to find signals in the noise. This potentially enormous job is simplified somewhat by resources available on the Internet, but it is still a lot of work.
The SETI League is looking for someone who is willing to work on this project for several months, or longer if possible. It will require selfless devotion for minimal reward. (The project has no budget.) However it will be an intellectual challenge of the highest order, and will allow the budding scientist to get some practical experience in electronics, DSP, advanced math, and other disciplines that will look good on a resume and be pretty interesting, too. (And if your receiver actually finds that elusive alien signal, a little fame may come along.)
The successful volunteer will need these skills:
This position is open immediately. Of course The SETI League understands that potential student interns will more likely be available during the summer. Interested parties are invited to contact SETI League president Richard Factor via email richard_at_setileague_dot_org.
Largely using radio telescopes and optical telescopes, SETI scientists seek to determine whether humankind is alone in the universe. Since Congress terminated NASA's SETI funding in 1993, The SETI League and other scientific groups have privatized the research. Amateur and professional scientists interested in participating in the search for intelligent alien life, and citizens wishing to help support it, should email join_at_setileague_dot_org, check the SETI League Web site at http://www.setileague.org/, send a fax to +1 (201) 641-1771, or contact The SETI League, Inc. membership hotline at +1 (800) TAU-SETI. Be sure to provide us with a postal address to which we will mail further information. The SETI League, Inc. is a membership-supported, non-profit [501(c)(3)], educational and scientific corporation dedicated to the scientific Search for Extra-Terrestrial Intelligence.
P.S. Tearsheets are always appreciated. Thank you.
entire website copyright © The SETI League, Inc.; Maintained by Microcomm
this page last updated 27 January 2007
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VIBRATION CONTROL OF INDUSTRIAL ROBOT
- Motion Control of Flexible Joint Robot
- Vibration Suppression of Flexible End-Effector
- Learning Control for Task Specific Industrial Robots
Vibration Control of Industrial Robot
Precise motion control is desired in a variety of industrial robot applications. In order to achieve precise and rapid rest-to-rest motion, the overshoot and the residual vibration caused by flexibility of robots should be minimized. To make robot motion more accurate, several research topics are introduced, including motion control of flexible joint robot, vibration suppression of flexible end-effector , and learning control for task specific industrial robots.
Motion Control of Flexible Joint Robot
This work try to improve trajectory tracking accuracy of robots with flexible joints. A MATLAB/SimMechanics simulator for 6-joint robot is developed. Both rigid body robot dynamics and joint flexibility effects are modelled in this simulator. For very soft joint, the simulation shows accutate trajectory tracking can be achieved using multiple sliding surface control (MSSC) that takes advantage of the model of robot dynamics and sensing from actuator and robot joints/links.
Vibration Suppression of Flexible End-Effector
This work try to suppress vibration for robot with flexible payload / end-effector. The flexibility in flexible end-effector mainly comes from link flexibility. A modified input shaping technique, which is designed to work without slowing down the shaped motion, is implemented in this work. Acceleration at the end tip of payload shows the performance of the vibration suppression.
Learning Control for Task Specific Industrial Robots
Iterative learning control (ILC) is a strategy that allows a control system to improve its performance by making use of the error signals collected from previous iterations. A prerequisite of using ILC is that the output reference has to be repetitive from trial to trial. A full run of ILC training (taking non-negligible time) is needed when there exist small changes in the reference signal. This paper introduces a new approach to extrapolate the converged ILC policies to previously unseen tracking problems. A time-frequency domain mapping is constructed to approximate the ILC policy for a group of trajectories used in a particular task, say spot welding. We also introduce the idea of feature-frequency space, where the ILC policies from different trajectories can be encoded into a single model. This model can generate a control policy that performs comparably to the ILC policy while having the advantage of not requiring a full training for a new trajectory. The proposed time-frequency domain feedforward learning (TFFL) method could achieve similar performance as the standard ILC.
Y. Zhao, C. Wang, X. Yu, and M. Tomizuka, “Complete Dynamic Modelling of Flexible Joint Robots,” in ASME Dynamic Systems and Control Conference (DSCC), 2015.
Y. Zhao, W. Chen, T. Tang, and M. Tomizuka, “Zero Time Delay Input Shaping for Smooth Settling of Industrial Robots,” in IEEE International Conference on Automation Science and Engineering (CASE), 2016
C.-Y. Lin, W. Chen, and M. Tomizuka, “Learning Control for Task Specific Industrial Robots,” in IEEE Conference on Decision and Control (CDC), 2016


The WiSentry - Wireless Access Point Detection
System is a software only
solution that quickly and easily deploys to your WIRED network infrastructure
and protects the most valuable corporate asset - the WIRED NETWORK -
from unauthorized AP intrusions.
eliminates the ineffective and inefficient practice of walking around a building/campus continuously
scanning the 802.11 radio spectrum, searching for unregistered AP hardware.
WiSentry continually enforces the corporate 'No
Wireless' policies and reports on any variance from authorized
deployments in real time.
WiSentry provides IT operations with a
real-time display of all AP's that are attached to the corporate
WIRED networks...whether they are authorized or rogue.
Unlike other solutions that are wireless-based,
WiSentry is installed on the wired side of the corporate LAN, and unsecured
Wireless AP's are detected immediately, allowing network administrators
to identify and remove these devices before network security is compromised.
WiSentry is a scalable architecture that offers 100%
coverage of your network. No 802.11 analysis or scanning hardware is required to
detect Rogue AP's.
- 24 x 7 Rogue AP detection from the WIRED networks
- NEW! VLAN Mode - optimized to VLAN topologies
- Detects both low end and high end access points, such as Linksys, D-Link,
Microsoft, SMS, Cisco and Symbol
- Software only solution (runs on standard PC hardware)
- Centralized monitoring of AP's from multiple locations
- Easy to read, color-coded displays showing detailed information such as
AP vendor name, model, port the access point is connected to,
percentage of probability the device is an access point, Media Access Control
(MAC) address, IP address, and timestamp of last network activity from the
- User-definable alerts and reporting
- Supports the detection of Rogue Ap'S for non-wireless and
wireless networks without patrolling the premises with a wireless handheld 'sniffer'
- No need to deploy and manage expensive/complex
wireless-based hardware to detect AP's
- Protects the corporate network 24x7 from the inside against unauthorized
AP's that can bypass all security policies/provisions
- Complements existing wireless security standards, such as WEP, 802.1x and
WPA, to provide another layer of defense
WiSentry - Wireless Access Point Detection System Core Components
WiSentry Control Server
The Control Server identifies and stores information on
Wireless AP's. It manages all WiSentry Agents that monitor
the wired LAN for Rogue AP's
Located on the wired side of the corporate LAN, Agents monitor and probe the network to
identify and profile Wireless AP's. Agents are 'software sensors' and
operate as Windows Services.
WiSentry Administrator Console
The Administrator Console provides a centralized view of all Wireless AP
activity on the network in real time. The Console provides information such as date and time a
Wireless AP is detected; displays the MAC and IP address of the
device; and provides vendor and model information of the identified AP. In addition, you will be able to
determine the specific location of the AP, allowing you to quickly react to disable the
Download Product Profile (right-click, Save As...best for


The purpose of this study is to develop the “development tool kit” which helps scholars especially in social science field to undertake researches on “wearable assistive devices” without technical efforts and/or help developers to produce prototypes of “wearable assistive devices”. It also helps students to learn “wearable assistive devices”. Wearable devices have been making remarkable progress due to the evolution of technology in the last decade. Recently many wearable devices are developed and applied to various purposes in different fields. We can find much possibility of wearable devices as useful and significant assistive devices. For example, a wearable hearing aid. People with hard of hearing and the deaf often face difficulties to recognize things happening in their surroundings. Imagine you can not hear the sound because you are with hard of hearing or using iPod with earphones, you would not able to recognize the car coming behind you. It might cause a fatal collision. If the device, on your hand or arm or even in a pocket, can be applied to multi modal accessibility, which transforms the sound information to the visual information or the vibration, you can easily recognize the sound information such as car coming. However, there are various issues and problems to develop, to use or to assess wearable assistive devices. Some are technical, others are social. In order to consider or solve both technical and social issues and/or problems, prototype, or prototyping method of the device is significant and useful. Yet, it is not easy to develop the prototype without knowledge of hardware, such as controlling devices and sensors, software and programing. This makes, for instance, non-professional developers, programmers or scholars in social science field have to wait until when a certain device meeting their researches would be developed or come on the market, even if they would like to use or assess a certain wearable assistive device for their researches. Authors are developing the “tool kit” for developing a prototype of “wearable assistive device”. Developers and/or scholars are able to use this tool kit for prototyping a wearable assistive device in order to undertake their own researches, development works and assessment. The tool kit consists of 1) modules of sensors and displays, 2) controlling device, 3) SDK - software development kit. Users of the tool kit are able to select the modules and sensors. They would be able to arrange them with using SDK which meet their own purposes. Authors are developing this “wearable assistive device developing tool kit” and made assessments of how it can be helpful for developers and researchers of wearable assistive devices.
- Akira Matsuda, Hiroyuki Nakamura. Wearable Assistive Device Development Toolkit. 31st Annual International Technology and Persons with Disabilities Conference. International conference (Demo), 2016. Page
- 松田 暁, 中村 広幸. ウェアラブルデバイスのプロトタイピングを支援するツールキットの開発. 第19回一般社団法人情報処理学会シンポジウム インタラクション2015, 2015.


Virtualisation is the process of creating a virtual version of a physical object.
Virtualisation is of three types primarily: 1. Hardware Virtualisation - Based on simulating real hardware. This can be used to run a complete operating system. This can be further subdivided into full and paravirtualisation.
Desktop Virtualisation - It is the concept of separating the logical desktop from the physical machine.
Operating system level virtualisation (also called as containerisation) - It is the operating system feature in which the kernel allows the existence of multiple isolated user-space instances.


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Focus Geography: USA
How might we harness 5G, the internet of things, big data and artificial intelligence to build a low-carbon energy system and enable radically more carbon-efficient industries and cities?
Climate change is the defining global issue of our time. Unchecked it threatens a global humanitarian crisis and economic costs, estimated at 5-20% of global GDP. We need deep and rapid decarbonisation in energy, manufacturing, buildings, transport and agriculture to avert this. The only way we will achieve this is through redesigning and re-engineering many of our industrial processes and economic systems.
The convergence of 5G-enabled hyper-connectivity, internet of things, big data, artificial intelligence and robotics, represents a huge opportunity for decarbonisation. Harnessing these technologies could enable entirely new business models that fundamentally shift how we produce, consume and transact, to radically reduce our carbon footprint. In so doing, we stand to generate new wealth through the birth of a US$ 4 trillion market opportunity for low-carbon technology.
The potential applications of smart, connected technology for decarbonisation are vast:
- Smart energy systems that connect intermittent renewable supply via smart grids to distributed energy storage, electric vehicles and smart homes, enabling whole new prosumer markets
Smart buildings that optimise energy usage, making use of smart systems to regulate lighting, heating, ventilation and air conditioning (HVAC), power generation and energy storage opportunities
- Multi-modal, automated transport systems that seamlessly integrate public transport with automated vehicles and reduce the need for owning and running cars
- Low-carbon logistics that use sensors, smart packaging, and big data to drive radically more efficient logistics through open warehousing, optimised haulage, load consolidation, back-hauling and promote circular flows of goods and materials
- Re-engineered supply chains that harness automation and additive manufacturing to bring down costs, enabling production to be brought closer to the point of consumption, and localising supply chains to reduce shipping and aviation and their associated emissions
- Cleaner industrial production based on the use of 5G connectivity, smart sensors and automation to optimise processes, material use and detect harmful leakages, e.g. from gas pipelines
- Protection of forests and carbon sinks through the use of sensors and drones to monitor forests, detect illegal logging or plantation growth and even regenerate forests through automated tree planting


Starting runtime mode
To run and test the application, click on "Runtime" in the menu. Here you can start the runtime in different modes.
You have the choice between "Web Viewer", "Desktop Viewer" and "Server only". The 3 runtime buttons are available for this.
The visualization server starts and shows the user interface in a selected browser.
You can set with which browser installed on your system the project is displayed.
The selected browser is displayed as an image for the Web Viewer button.
The visualization server starts and shows the user interface in the QuickHMI Viewer desktop application.
The visualization server starts without showing the use interface. You can connect to the server using any browser,
our QuickHMI Desktop Viewer or our QuickHMI Android App.
In addition, you have the option to determine which initial zoom level is to be used and which ports are to be used.
You can also set the data compression between the server and the browser and set the maximal java heap size.
To do this, click on "Ports" in the “Runtime” menu.
A detailed description of the settings can be found in the "Project settings" sub-chapter.
Click on "Start" to run the runtime mode.
You can use the "Simulation" button to activate the data source simulation. Have random values of your variables simulated or set them manually.
In this window all created data sources appears and can be activated for the simulation via the checkbox.
Data source simulation in the runtime mode:
If a data source is simulated, the data source simulation starts in the runtime. You can see the following:
The name of the simulated data source, the data source type, and the address of the data source in abbreviated form.
All variables with which the data source interacts are listed here.In the "Value" column, you can set the values manually for simulation.
For devices without physical keyboards, it's possible to show an on-screen keyboard as soon as an input field is market. Here you can set the layout to be used for this keyboard.
The layout can also be changed directly during runtime. This is done by using a parameter in the URL.
How this works you can find out in the "On-screen keyboard" chapter of this documentation.