3 edition of Advances in Infrared and Raman Spectroscopy (Advances in Infrared & Raman Spectroscopy) found in the catalog.
Advances in Infrared and Raman Spectroscopy (Advances in Infrared & Raman Spectroscopy)
May 1984 by John Wiley & Sons .
Written in English
|Contributions||R. J. Clark (Editor), R. E. Hester (Editor)|
|The Physical Object|
|Number of Pages||404|
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Buy Advances in Infrared and Raman Spectroscopy (Advances in Spectroscopy) on FREE SHIPPING on qualified orders Advances in Infrared and Raman Spectroscopy Cited by: Advances in Infrared and Raman Spectroscopy, Volume 12 (Advances in Spectroscopy) 1st Edition.
by R. Clark (Editor), R. Hester (Editor) ISBN. Advances in Infrared and Raman Spectroscopy. Volume Robin Jon Hawes Clark, Ronald E. Hester. Heyden, - Infrared spectra. 0 zed: Book Review: Advances in Infrared and Raman Spectroscopy, Vol. edited by R.
Clark and R. Hester, Heyden,pp. xviiprice £ W. This chapter introduces how both mid-infrared (mid-IR) and Raman spectroscopy provide characteristic fundamental vibrations that are employed for the elucidation of.
A primary goal of this book has been to fully integrate the use of both IR and Raman spectroscopy as spectral interpretation tools. To this end we have integrated. Introduction to IR and Raman Spectroscopy, Microscopy and Nanoscopy 2. AFM-IR: Fundamental Principles and Recent Advances 3.
Recent AFM-IR Applications 4. About this book. An introduction to practical IR and Raman spectroscopy. This interactive course shows newcomers the decisive and central steps in IR and Raman.
Description. Advances in Molecular Spectroscopy, Volume 3 provides information pertinent to the fundamental aspects of inorganic molecules and complexes. This book. Advances in infrared and Raman spectroscopy.
This edition was published in by Heyden in London. Book Review: Advances in Infrared and Raman Spectroscopy, Vol. edited by R. Clark and R. Hester, Heyden, London, Philadelphia, Rheine,pp. xv. Advances in spectroscopy (Chichester (West Sussex)) Frequency: Annual: Subjects: Infrared spectroscopy -- Periodicals.
| Raman spectroscopy -- Bib ID: spectroscopy (NIR), mid-infrared spectroscopy (MIR) and Raman spectroscopy. The theoretical aspects related with these techniques, the information that can.
Elsevier, - Science - pages. 0 Reviews. Infrared and Raman Spectroscopy: Principles and Spectral Interpretation explains the background, core principles Author: Peter Larkin. Description. Recent Advances in Analytical Spectroscopy covers the joint meeting of the Ninth International Conference on Atomic Spectroscopy and the 22nd Colloquium.
Clark and R. Hester (Editors). Advances in infrared and Raman spectroscopy, vol. Wiley, New York. Wilkinson. Search for more papers by this Cited by: 2. reduced the problems substantially. These advances, together with the ability of Raman spectroscopy to examine aqueous solutions, samples inside glass con-tainers.
Clark and R. Hester (Editors). Advances in infrared and Raman spectroscopy, vol. Wiley, New York. Cited by: 2. About this book. This book presents and discusses recent developments in the broad field of spectroscopy, providing the reader with an updated overview.
The main. Infrared Spectroscopy of Biomolecules Edited by Henry H. Mantsch and Dennis Chapman Dramatic new advances in the application of infrared spectroscopy to. Delving into Infrared Spectroscopy: Principles, Advances and Applications, and with basic knowledge of IR spectroscopy, will provide the reader with a synopsis Cited by: 1.
Clark Advances In Infrared And Raman Spectroscopy (Advances In Infrared Raman Spectroscopy) RJH CLARK, Archaeological Reconnaissance In Upper Nubia. Title:Raman, Infrared and NMR Spectroscopy: Advances in Structural, Conformational and Environmental Analysis.
VOLUME: 23 ISSUE: 7. Author(s):Tarek A. : Tarek A. Mohamed. Advances in Molecular Spectroscopy, Volume 2 covers the proceedings of the Fourth International Meeting on Molecular Spectroscopy. This volume is composed of 80. Award: Raman Spectroscopy William F.
Meggers Award: Raman Difference Spectroscopy Introduction to SERS and TERS Infrared Spectroscopy ICP-OES and ICP-MS. Infrared spectroscopy underwen t tremendous advances after the second world war and after with improvements in instrumentation and electronics, which put the.
Clark Advances In Infrared And Raman Spectroscopy Advances In Infrared Raman Spectroscopy|RJH CLARK, The Continuity of Wittgenstein's Thought|John 10(). Infrared and Raman Spectroscopy: Methods and Applications - Ebook written by Bernhard Schrader. Read this book using Google Play Books app on your PC.
Advances in Infrared and Raman Spectroscopy: v. 5: Clark, R.Hester, R. : : BooksFormat: Hardcover. Raman, Infrared and NMR Spectroscopy: Advances in Author: Tarek A.
Mohamed. In this chapter, we highlight the new advances in near- and mid-infrared (NIR, MIR) and Raman spectroscopic techniques, which combined with chemometric treatments Estimated Reading Time: 9 mins.
Summary Introduction Vibrational Spectroscopy: Infrared and Raman Techniques Optical Spectroscopy Skip to Article Content Journal of Advances in Modeling. Laser Raman spectroscopy, like infrared spectroscopy, is a method for determining molecular structure by measuring the energies (frequencies) of molecular Cited by: Clark Advances In Infrared And Raman Spectroscopy|RJH CLARK, Frigidaire10().
Frontiers and Advances in Molecular Spectroscopy. Download or Read online Frontiers and Advances in Molecular Spectroscopy full in PDF, ePub and kindle. This. Thus, our article, which treats various spectroscopy and quantum chemical approaches, should have strong implications in the wider scientific community.
This review Author: Yukihiro Ozaki, Yukihiro Ozaki, Krzysztof B. Beć, Yusuke Morisawa, Shigeki Yamamoto, Ichiro Tanabe. In conventional Raman spectroscopy, a large number of pulp and paper samples exhibit laser-induced fluorescence (LIF).
It was found that for lignin-rich mechanical. Discover the best Raman Spectroscopy books and audiobooks. Learn from Raman Spectroscopy experts like W Delgass and Elsevier Books Reference.
Read Raman. Additionally, UVVIS spectroscopy, fluorescence and mid-infrared (MIR) and Raman spectroscopy are used in the food quality monitoring. The aim of this paper is Cited by:. Recent Advances in Raman and Surface Enhanced Raman Spectroscopy: Pharmaceutical, Forensic and Biomedical Applications Raman spectroscopy is a potent.
The spectroscopy techniques discussed include UV-visible absorption spectroscopy, Raman spectroscopy, IR absorption spectroscopy, fluorescence. Editorial Reviews. Reviewer: Howard H. Sky-Peck, MD, PhD, FRSM (Rush Medical College of Rush University) Description: This new, up-to-date book is an excellent Price: $


THE MÖSSBAUER EFFECT: 50 YEAR AFTER THE DISCOVERY
Todor M. Peev
The German physicist Rudolf L. Mössbauer detected recoilless emission and absorption of γ-quanta of 191Ir in 1958. The discovery was named “Nuclear γ-resonance” or “Mössbauer effect”. The effect laid to a new experimental method, known as “Mössbauer spectroscopy” or “Nuclear gamma-resonance spectroscopy”.
The method found applications theoretically and experimentally in different sciences. There are over 50 000 publications in the field of physics, chemistry, biology, geology, mineralogy, fine art, medicine, technology, metallurgy, etc.
In the beginning of the 60s of the last century the investigations were carried out in Bulgaria first in Department of Atomic Physics, Faculty of Physics of the St. Kliment Ohridski University of Sofia and Institute of Nuclear Research and Nuclear Energy of the BAS, and latter in P. Hilendarski University Plovdiv, Institutes of Chemical Technology Sofia and Bourgas, Institute of Catalysis and Institute of General and Inorganic Chemistry BAS, etc.
The scientific interests in Bulgaria refer to the theory of the effect, nuclear physics, magnetism, the experimental methods and techniques, the applications in solid state physics and chemistry, chemical kinetics and catalysis, electrochemistry, corrosion and corrosion protection, mechanocnemistry, nanotechnology, soils, minerals, etc.


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SOJI ELECTRONICS COLLABORATES WITH TELTONIKA IN SOME SUMMITS (IN THAILAND AND PHILIPPINES)
That was fascinating conferences with our partner – Teltonika – the leading manufacturer of GPS tracking devices.
During the event, participants had extensive discussions with SOJI Electronics and Teltonika firsthand regarding IoT, GPS tracking and Fuel monitoring management and also received favorable personal no.deposit bonuses from the event partners.
We are delighted to share the exciting highlights of our recent conference with our esteemed partner, Teltonika, a renowned manufacturer of GPS tracking devices. The event was a resounding success, featuring engaging discussions on IoT, GPS tracking, and fuel monitoring management.
Participants had invaluable opportunities to engage directly with representatives from SOJI Electronics and Teltonika, gaining valuable insights into the latest advancements in the field. The discussions covered a wide range of topics, including the integration of IoT technologies with GPS tracking systems, optimizing fuel monitoring and management processes, and leveraging real-time data for enhanced fleet efficiency.
We extend our sincere appreciation to all participants who contributed to the success of the event. The knowledge shared and connections made during the conference will undoubtedly have a positive impact on their businesses, enabling them to stay at the forefront of the industry.
As we continue to foster strong partnerships and drive innovation, we look forward to future collaborations and events that will further empower our clients in the realm of IoT, GPS tracking, and fuel monitoring management.


When a bitcoin transaction is created, the bitcoin wallet searches for available unspent outputs in the wallet and uses them to send the specified amount to the specified destination.
The entire unspent output must be spent, so if the amount on the output is larger than the specified amount to send, the remainder is returned to your wallet, in an output referred to as "change".
By default, Samourai Wallet will either create segwit enabled or standard change outputs depending on the type of address that is being sent to. For example, if you are sending to a segwit enabled address, the change output returned to your wallet will also be segwit enabled. Conversely, if you're sending to a standard bitcoin address, the change output will be a standard address.
Like-type change outputs are a privacy feature designed to obfuscate the change output and the destination output when viewed on the blockchain.
Disable like-type change outputs
Users who prefer to keep all change outputs segwit enabled can disable like-type change outputs in the settings.
- Tap the three vertical dots on the top right of the toolbar and then tap Settings.
- Tap the Transactions option.
- Tap the Receive change to like-typed outputs option.


Zach aims to transform the effects of the physical world around us into designed objects and fabrication processes which surprise, mystify, and encourage contemplation. With forms inspired by his longtime experience in mathematical paperfolding and pop-up book making, Zach’s designs feature modularity, sonic and optical effects, and kinetic mechanisms. Zach currently teaches parametric modeling, digital design fabrication methods, paper folding, and electronics prototyping at the University of Illinois at Chicago, the Illinois Institute of Technology, and the School of the Art Institute of Chicago. He is a recent graduate of the School of the Art Institute of Chicago’s Master of Design in Designed Objects program, and received his undergraduate degree in Linguistics and Computer Science from the University of Chicago.
Contact Zach below.


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Set up your Samsung TV perfectly with the built-in swivel stand. Samsung Swivel stands allow you to turn your TV around 10 degrees to the left or right to ensure you have a direct view of the TV no matter where you are sitting in the room. "


The unrivalled thinness of our CNMs has significant advantages against traditional products when being used as support film for TEM grids. In transmission electron microscopy, the electron beam has to pass not only through the sample but also through the underlying carrier layer. The thicker this layer is in comparison to the dimensions of the sample, the poorer the quality of the TEM signal gets and the sharpness of the "picture" gets lost.
To examine samples in the scale of below 10 nm, TEM grids covered with our ultrathin CNM (thickness of 1-3 nm) show significantly better results.
We are currently working on solutions for applications in the area of clean energy technology and environmental technology. The main focus is in the energy-efficient filtration and cleaning of gas stream (e.g. the sequestration of CO2 from flue gases, recovery of process gases like hydrogenand helium in production processes or the detection of leakages in vacuum technology). A further development of the basic technology will be in the future the ultrafiltration of liquids (e.g. water, waste water or process liquids). Our products can be also used as coatings of electrodes or other components in fuel cell technology.
In the area of electronics, we are working on the integration of our nanomembranes in pellicles (protective films used in semiconductor manufacturing). One problem for the current development of extreme-ultraviolet lithography (EUVL) is the poor transparency of current pellicles for the extreme ultraviolet radiation. High losses in productivity for the chip manufacturers are the consequence. Due to the reduced thickness and the composition of our membranes, we are offering an innovative solution with the potential of huge improvement.
The possibility of functionalisation is important for many uses in medical and biotechnology. We are developing within a project funded by the European Commission (www.poc-id.eu) a membrane which is functionalised on one side by biomolecules and which will be used as a detector for pathogens and host responses for the rapid diagnosis of infectious respiratory diseases. A practitioner can thus analyse a patient’s blood or saliva sample in a rapid and easy way without having to wait for the answer from a central laboratory.
Another possible application in medicine is the separation of air into oxygen and nitrogen in a small mobile unit for the oxygen support of patients with a lung dysfunction. The less energy is needed for suctioning in the air and pressuring it through a separation membrane, the longer is the operating time of the mobile unit with one battery charge thus giving the patient a higheer degree of mobility and more freedom in his daily life. The minimal thickness of our membrane offers the high potential of improvement in this application compared to current used technologies for air separation.
There is a huge variety of applications possible in nanotechnology. The increasing demands on minimising the space for components e. g. in mobile phones leads to a continuous shrinking. A microphone can be only made smaller when the membrane is reduced in size. However, the characteristic can be only maintained if the membrane thickness is reduced correspondingly to its diameter. The unrivalled thinness of 1 to 5 nm of our membranes is here of importance.
There are many other possible applications for our CNMs. Do not hesitate to contact us in order to discuss your special application!


Spectroscopy and Imaging of XRISM
Spectroscopy is the measuring of the strength of light at different wavelengths, in the same way our eyes can see different shades of colors. In X-ray astronomy, by making a precise measurement of wavelength (energy) of X-ray photons in the universe, we can measure the temperature of celestial objects, the type of matter they contain, and their speed. The micro-calorimeter, Resolve, has excellent spectroscopic capabilities. On the other hand, imaging takes a picture of an object. By examining the shape and brightness distribution, we can learn about the spatial extent of celestial objects. XRISM has an X-ray CCD camera, Xtend, which can image objects over a wide field of view.


Wednesday, September 23, 2009
Today, I got a new camera and camera case. It's a GE 12.2 MP camera with 5X optical zoom and 3.0 LCD screen in magenta pink. Here are the pictures:
September 23, 2009 at 3:56 PM
wow, great haul! loving the color of the camera ;]
September 23, 2009 at 7:19 PM
Thanks, I just love the shade of pink.
Post Comments (Atom)


Process placement for multicore clusters
MPI process placement can play a determining role concerning the application performance. In this project we work on a novel algorithm called TreeMatch that maps processes to resources.
Since few years, the number of clusters of NUMA nodes including multi-cores processors increases. A lot of parallel applications are already able to take advantage of these architectures but several opimizations are still possible. One concerns the communication between processes. Indeed, on the one hand, the amount of data exchanged between the processes of an application is not homogeneous. On the other hand, the underlying archtecture is very hierarchical (network, memory, caches). So, it becomes interesting to consider these two parts and match them in order to reduce the communication cost of an application. That's what we do with TreeMatch.
More specifically, once you have your communication pattern (by monitoring an MPI implementation for instance) stored in a matrix, you need to get back a true representation of the hardware topology. For this part, TreeMatch take as input eiher a XML file produced by Hwloc or a tleaf file. By giving the communication matrix and the topology, TreeMatch is able to produce a permutation of processes to bind.


Standard computers work using a binary system: units of information, bits, can have the value of 0 or 1. From a hardware point of view, this means that an electric current either passes or doesn’t. When you enter the infinitely small world of quantums, highly fascinating things occur. An object (it may be a photon or electron, etc.) can exist in two states at the same time: e.g. an electron can be located in two different orbits around a nucleus or it can pass through two places simultaneously. This state, called superposition, only exists when there is no observer. If we measure the given particle the superposition disappears The particle ‘selects’ its conditions and the oddities stop. The secret of quantum computing involves manipulating objects such as electrons or photons and make them represent information not by their status but by using all the available options. This technique allows the information to be multiplied exponentially. Consequently, a two bit computer can represent the four following numbers: 00, 01, 10 and 11, in other words 0, 1, 2 and 3 in binary. However a quantum computer with two qubits can store four times as many numbers at the same time! A 300 qubit computer would be capable of storing more bits than there are atoms in the whole universe.
Quantum computers will therefore be used for massive parallel calculations but with a single limit: once the ‘measuring’ is finally finished, there will no longer be any superposition and only one of the solutions will be available for the user. This is why we think that quantum computes will be primarily used in applications where a choice has to be made amongst multiple alternatives. Such a machine will be able to factorise huge numbers (which will allow them to break almost any code) and search in large databases, to navigate in an optimal fashion in an explosion of potential combinations as in the famous ‘travelling salesman’s dilemma’ or to provide very precise simulations especially in the field of physics itself. What’s more, according to Seth Lloyd, the famous researcher in the field and author of Programming the Universe, our universe will be nothing more than a massive quantum calculator!
However, there is a major problem: decoherence. The observer who breaks the superposition is not just a human but can be any system external to the particle’s behaviour that can interact with it. If we build a quantum computer that is too big, it will be difficult to isolate it sufficiently. As Seth Lloyd said, «we don’t have a problem with building quantum computers, we have built big ones». Currently, according to IT expert, Thierry Lombry, no one, not at Los Alamos, not at MIT, not at Princeton nor at IBM has perceived a solution beyond 10 qubits because of the decoherence makes the systems too fragile to be useable.
What will a quantum computer, which some people are forecasting will be in use from the twenties, actually look like, ? Will it be solid, liquid or gas? Will it be the size of a building or can you hold it in your hand?


I installed in the living room small PC I use to listen to the music and watch movies.
As it is really a small machine which fits in the rack together with the amplifier and the DVD-Player, it has as just a small 2.5'' HD with 200GB of space.
Recently the space was running out, so I set up the big PC in the "office" to be a fileserver hosting all the video file that were before stored in the small PC (the two PCs are connected through LAN and I share the files using NFS).
The problem is that I often forgot to first switch on the server, so I wondered how I could do make it power-on automatically each time I started the small PC. The answer is Wake-on-Lan and this is a fast description of how it has to be setup.
- Power on the server and check in its Bios settings that "wake-on-lan" or "Power on by Ring" or something similar is enabled.
- After eventually changing and saving the settings boot Linux.
- Issue the command ethtool ethX where ethX is your lan card and check what you see under Wake-on. If there is a "g" it means that the PC will power-on upon receiving a so called "Magic packet", which is fine. If you see other values refer to "man ethtool" and eventually set it with ethtool -s ethX wol g
- For Gentoo (don't know about other Linux distributions) check that the entry RC_DOWN_INTERFACE is set to "no" and eventually change it.
- Issue the command ifconfig and write down the hardware address of your ethX network card. In my case it shows up as HWaddr 00:12:F0:C5:BF:12, so I make note of 00:12:F0:C5:BF:12.
- Issue the usual command "shutdown -h now".
- Now you should be able to wake up your PC by issuing from a client the command wakeonlan 00:12:F0:C5:BF:12. If this does not work you can eventually try with the command wol 00:12:F0:C5:BF:12
An automatic power-on can now be easily implemented by a script which pings the remote machine and eventually wakes it up if it cannot be reached.
Based on http://www.vdr-wiki.de/wiki/index.php/WAKE_ON_LAN and http://de.gentoo-wiki.com/Wake_On_Lan.


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PrincipAI is an Artificial Intelligence (AI) company that excels in sequential decision making and time series prediction, and helps businesses solve their real-world problems. Develop and deliver beyond state-of-the-art AI based software solutions for customer’s financial trading operations to automate and enhance their financial experience. Check our financial news aggregator and portfolio tracking platform CoinTenet that utilizes the state-of-the-art AI models.
Develop state of the art NLP techniques to extract actionable information out of huge amounts of textual information. Employ deep learning based NLP approaches to perform NLP tasks like summarization, topic extraction, sentiment and emotion labeling and event-detection. Use NLP techniques to extract trading signals from news and financial reports about cryptocurrencies and stocks.
We offer companies, scalable artificial intelligence systems developed using machine learning, deep graph neural networks and big data, as software as a service and/or on-premise solutions.
PrincipAI’s team of researchers undertake R&D for novel artificial intelligence algorithms that are applicable to financial trading, demand prediction, price forecasting and dynamic pricing including natural language processing in both English and Turkish languages. Besides, PrincipAI develops solutions not limited to some specific AI tasks, but also performs research on the development of next generation AI based solutions that learn how to learn.
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- PrincipAI’s novel product, NB-FT, which was initially funded by TÜBİTAK, is a one of its kind automated financial price and movement prediction platform. We have been gathering and analyzing large amounts of numerical and textual data both in English and Turkish languages to generate trading signals. NB-FT combines state of the art machine learning well-engineered models to make sequential financial trading decisions and take actions accordingly without human intervention so to maximize the long-term financial gain.
- PrincipAI develops language understanding models to perform emotion and sentiment analysis of natural language data used for various purposes.
- As PrincipAI, we build and deploy well engineered AI models that are customized to our customers’ needs. This way, we help them to improve their business processes and reduce costs through an end-to-end integration together with the power of cloud computing at the back office.
- PrincipAI provides consultancy on data science related projects such as churn analysis, customer segmentation, new product valuation, building recommendation systems.
- PrincipAI augments the machine learning approaches with social network analytics to exploit information obtained from network structure.


Data Engineering Solution for Fintech Company
An Indian fintech company sought to integrate Spark structured streaming and make modifications into their pre-existing spark pipeline for real-time data access and batch process. Additionally, they aimed to implement a high speed deduplication API with fuzzy, phonetic and exact match in AWS Lambda, with data stored in DynamoDB.
A suite of AWS services including Lambda, Glue, Kinesis, DynamoDB, Redshift, StepFunctions, APIGateway, S3, and Elasticsearch were utilised.
Spark Scala was incorporated for real-time data streaming and batch processing.
Its capability to perform fuzzy, phonetic, and exact matches ensured a highly accurate and efficient data filtering process.
- Significant performance improvements in real-time data access.
- The high-speed deduplication API minimized data redundancy and ensure data integrity.
- By implementing solutions in AWS, the company benefited from the scalability of the cloud, leading to optimized costs.


Aquarium lighting Diversa LED intenso 4.3W
The lighting LED intenso has the function of the main light source in the aquarium. The light shape of the lamp gives each aquarium a particularly modern appearance and very good lighting parameters cause every fish farm to be in good shape. The LED intenso lamps are also a good solution for containers that have no standard dimensions, because they have the function of length adjustment.
Features of LED Intenso 4.3W lighting:
ideal solution for the aquarium with the length between 18 and 22 cm
Possibility of application with the glass thickness 3, 4, 5, 6 and 8 mm
Power 4.3 W
Light color – ideal for freshwater fish
easy installation on the front or one of the side walls
Possibility of adjusting the angle of incidence
The diodes used in our products provide the high quality light and even allow 90% of the energy savings compared to standard lighting. The LED lighting is characterized by the very long life and 1 W guarantees even 4 times more light.


Creative new ideas and perfect planning in tailor-made solutions are our strengths in this business area. Close communication with our customers is guaranteed. The feasibility study of the design and the selection of the best solution are only the first steps.
Our TFT portfolio from well-known manufacturers offers a high quality standard, strong colors and individual touch solutions.
Our portfolio of passive displays ranges from character modules to medium-sized graphics modules.
Brilliant colors are one of the most important features of our OLED portfolio. But all other important technical points are also excellent. Extremely thin design, wide temperature range, high brightness and contrast and wide viewing angles.
E-Paper are ideal for applications that require low power consumption. Besides that, E-Paper Displays are extremly thin and offer good viewing angles.


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Blockchain and Web3 technologies are setting up enterprises and entire industries for significant
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As technology advances, there are more and more activities you can carry out from your computer, whether be it to buy using Internet, to chat with your beloved ones, to visit different sites, to make presentations, to watch films and many other things.
Obviously, some years ago, you wouldn’t have even imagined to be able to communicate by means of your voice as with a fixed phone. With VoipCheap you will be able to do it in a very simple way.
This software operates using a new communication protocol, which is known as VoIP.The operation is simpler than you can imagine because it has a terminal in digital format and, using it, you can dial the number when making the call.
VoipCheap has an avantage over conventional telephony and this is the possibility to communicate free of charge with 37 countries.


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In and Out of Bed Indicator
Frequent Restroom Visits
Wake and Sleep Times
Vayyar Home Advantages
Using Point Cloud Technology, Vayyar's sensors are able to identify minute movements, monitor vital signs and track changes in activity levels.
Vayyar's dashboard shows the status of every resident at a glance.It displays both emergency alerts and detailed health analytics to help maximize senior safety and quality of life.
Industry-leading fall detection rates.
We've conducted 2000+ tests across 17 different fall scenarios, and achieved industry-leading detection rates, with proven deployments across a range of geographies.
Detects all types of falls
Avoids false alarms


|Power (W)||<1000 W|
|Type of lamps used||LED|
|Grease filter type||Multilayer|
|Type of control||Mechanical|
Three different speeds to set the air flow at the correct level according your needs.
Aluminium filter guarantee better durability and performance.
MAIN FEATURES Model CBG640/1X Product code 36900798 EAN Code 8016361938441 Typology Integrated/group Installation type Built-in Connectivity None TECHNICAL FEATURES Number of motors 2 Motor location Integrated motor in hood body Type of control Mechanical Grease filter type Multilayer Type of lamps used LED Total power of the lamps (W) 8 Frequency (Hz) 50 Voltage (V) 230-240 PROGRAMMES AND FUNCTIONS AESTHETIC Colour Stainless Steel Material body inox PERFORMANCE Energy Efficiency class (2010/30/EC) E Annual Energy Consumption, AEChood (kWh/a) 155 Lighting Efficiency (Lehood) 7.9 Grease Filtering Efficiency 71.3 Power (W) <1000 W DIMENSIONS Height of the product (mm) 200 Width of the product (mm) 700 Depth of the product (mm) 285 Diameter of air outlet (mm) 123 Net weight (kg) 6.2 Gross weight (kg) 7.2


Fire protection solution for lithium-ion battery storage
Lithium-ion batteries are at special risk of fire due to thermal runaway
Lithium-ion batteries play an integral role in our daily lives, powering a wide range of electric applications from smartphones and electric cars to large-scale energy storage. There are, however, serious risks associated with lithium-ion technology. Lithium-ion batteries contain high energy density in small spaces and therefore present a significant fire threat. The batteries are at special risk of thermal runaway, which can lead to overheating and release of highly toxic and flammable gasses.
The VID FIREKILL low pressure watermist system is an ideal solution for fire protection of lithium-ion batteries. The watermist system rapidly controls fire and prevents it from spreading to adjacent zones. The system provides cooling of the battery and controls the rise in battery temperature. The fine watermist generated provides good gas absorption and gas temperature reduction.


|http://arstechnica.com/science/news/2010/04/hubble-turns-20-a-retrospective-in-pictures.ars (click to enlarge)|
The Hubble Space Telescope is responsible for many discoveries that revolutionized our view of the universe. A few observations here and there of phenomena in a minute portion of the sky is all that is needed to infer how our entire universe works. To illustrate, a few of Hubble's images lead to the discovery of dark matter. Yes, physics is that elegant.
Since its launch in 1990, the Hubble Space Telescope has provided the whole world with a detailed view of the universe that was never before possible. Given that the Hubble Space Telescope is outside of the Earth’s atmosphere, the images are clearer and sharper than any telescope located on the Earth’s surface. This is because the light that the ground telescope receives goes through air first. The molecules in the air distort and diffract light, and they absorb certain wavelengths of light, such as ultraviolet and gamma radiation. Space telescopes don’t have this problem outside of the atmosphere. Since it is in orbit above Earth’s atmosphere, there is no background light from Earth, and light is unaltered and undistorted by the molecular gases in our atmosphere.
The Hubble Space Telescope was launched into low Earth orbit by the space shuttle Discovery on April 25th 1990, It travels about 5 miles per second, takes 97 minutes to complete an orbit around Earth.  Even though it was meant to have been launched in 1983, it was delayed seven years because of financial constrains, and a cautious Congress and populace after the Challenger disaster a few years prior in 1989.
It is expected to re-enter into Earth’s orbit within the next few decades, due to orbital decay and drag, at which time a new space telescope is planned to replace it. Retrieval is considered not practical as it would risk the lives of people and would be too costly to do, as the shuttle program is already retired.
The Hubble Space Telescope works to collect light from a wide spectrum and focus it, allowing us to see farther and clearer than the human eye possibly could. It is a Ritchey-Cretien Cassegrain reflector, meaning incoming light that travels from distant stars will come and bounce off a primary concave mirror and hit a secondary convex mirror, which focuses light through a small hole in the center of the primary mirror. The primary mirror’s diameter and size is one of the main determinants for how much light the telescope can collect, and compared to the large ground telescopes in observatory towers, the one on the Hubble would be considered small, at just 2.4 meters.  After incoming light passes through the hole in the primary mirror, it can be collected by the instrumentation on the Hubble Space Telescope. The mirrors must be very smooth, uniform don to 1/800,000th of an inch, and are treated with various coats to increase transmissibility of light, and to protect the mirror itself from warping due to solarization and aging due to ultraviolet light. The complex structure of the two mirrors, apertures, and trusses that support it is called the Optical Telescope Assembly, or OTA.
Even small aberrations of the mirrors can cripple the Hubble Space Telescope. For example, after its launch, they discovered that the main mirror’s curvature had problems, but that was fixed after the first service mission in 1993. Since its launch, the Hubble Space Telescope’s fine instrumentation have required five different service missions: Service Mission 1 in 1993, Service Mission 2 in 1997, Service Mission 3A in 1999 to put in a new computer and gyroscopes, 3B in 2002 to replace the FOC with the Advanced Camera for Surveys, repair the NICMOS Cryocooler, and the most recent one, 4, in May 2009 to repair the Advanced Camera for Surveys, the Space Telescope Imaging Spectrograph, replace the Fine Guidance Sensoring System and two gyroscopes.  To maintain accuracy and for the data retrieved by the telescope be useful for scientific observation, constant upkeep and calibrations of the instruments must be made. The instruments themselves will now be described.
NICMOS and Cryocooler
NICMOS, or Near Infrared Camera and Multi-Object Spectrometer was installed on the Hubble Space Telescope in February of 1997, during the Servicing Mission 2. In short, it seeks out heat in the form of infrared radiation.
It is composed of three cameras, each with their own field of view, with 256x256 HgCdTe Rockwell sensor, sensitive to wavelengths of .8 micrometers to 2.5 micrometers. They are housed in a cryogenic dewar, maintaining a constant working temperature between 58 and 60 degrees Kelvin. The dewar is composed of three shields to keep NICMOS cool: the VCS, or Vapor Cooled Shield, the Thermo-Electric Cooled Inner Shield, and the Thermo-Electric Cooled Outer Shield. The hybrid nitrogen and aluminum dewar was supposed to keep it at just 58 degrees Kelvin, but a gap in the Vapor Cooled Shield resulted in an unanticipated heat load. Fluctuations in temperature where the cameras are housed means the cameras will need to calibrate more often.
This is where the Cryogenic Cooler comes into play, maintaining temperature stability within .5 degrees Kelvin. It circulates neon gas through a cooling loop, using high-speed centrifugal machines that do 7000 revolutions a second to compress gas, removing heat from the gas.
NICMOS is useful because it captures information about infrared light, which reaches Earth from very far away, unaffected by interstellar dust, unlike visible light.
Advanced Camera for Surveying
The Hubble Telescope’s FOC was replaced by the ACS in 2002, during the Service Mission 3B. It has three cameras that are sensitive to a wide spectrum of light, from ultraviolet to near infrared (wavelengths of 1,200 to 10,000 angstroms), and since it has high contrast even near bright stars, it can be used to study galaxies and black holes very far away, where light from the ancient universe has just arrived at Earth. ACS has many components that make it versatile and useful for scientific observations. For instance, ACS is sensitive to ultraviolet light because it has a solar blind camera, or SBC, to block out visible light.
The Wide Field Channel of the ACS has two cameras with a resolution of 2048x4096 pixels each (for a total of 4k by 8k pixels), and its wide view frame is used to survey galaxies and the positions of stars within those galaxies. It is responsible for the Ultra Deep Field images of the universe.
The High Resolution Channel of the ACS has one camera with a resolution of 1024x1024, and is used primarily to detect ultraviolet light. The HRC has a coronagraph component that increases the contrast near stars tenfold. The High Resolution Channel allows us to “zoom” in, with a smaller field of view, but the images have a greater angular resolution. While the WFC and HRC are mainly on the red and blue regions of light, there’s a Multi-Anode Microchannel Array has no electronic noise and is sensitive to ultraviolet light, but not visible light. The images are 1k by 1k pixels, which is less than the WFC and HRC. Only the Solar Blind Camera is working right now.
COS, STIS, and Ultraviolet Light
Spectrographs allows us to see precise information about incoming light that would otherwise be very faint and unusable. Incoming light is broken down to different wavelengths of light, and the amounts of each light at specific wavelengths are plotted on a graph. The light would have a unique fingerprint of different wavelengths, which can be studied.
COS, or the Cosmic Origins Spectrograph, looks at specific stars.
STIS, or Space Telescope Imaging Spectrograph, primarily has a larger field of view, focusing mainly on galaxies or a system of stars.
The Hubble Space Telescopes main mirrors are coated with magnesium fluoride 1 x 10-6 inches thick to improve the reflection of light at ultraviolet wavelengths.  Ultraviolet light, with a wavelength of 300 nanometers to 10 nanometers, is very high energy, so a special material that had a high energy gap and was resistant to absorbing the high energy from the photons was required. Magnesium fluoride not only helps maintain the integrity of ultraviolet light, the resistance to absorbing photon energy prevents warping of the mirrors due to solarization.
Pointing and Guidance Systems
A system of fine guidance sensors, magnometers, solar sensors, and gyroscopes help keep the telescope position and point itself to collect light and data from specific areas in our universe. Since the Hubble Space Telescope is constantly moving in low orbit at a rate about 5 miles per second, a wealth of stabilizing components is needed to ensure the telescope is pointed at one spot for sufficient periods of time. The position and orientation of the telescope is also crucial because solar energy needs to hit the panels to power the telescope, and to keep the Sun’s heat from hitting only one side of the telescope.
Currently, 3 gas-bearing gyroscopes rotate up to 19,000 rpm help stabilize the telescope, and with the help of up to three fine guidance sensors, the Hubble Space Telescope can help determine star locations that are 10 times more precise than a ground telescope. The guidance system also helps determine the position of stars, the distances between them, and the distance scale of the universe. Magnometers and CSS also help determine the telescope’s position relative to Earth’s magnetic field and the sun, respectively. Magnetic torquers and reaction wheel actuators help “lock” the telescope on to a planet or point in space.
Design for Power
The Hubble Space Telescope is powered by 57 kilograms of nickel-hydrogen batteries when solar power is not available for 36 minutes in the Earth’s shadow.  Each orbit is 97 minutes, so it spends roughly 37 percent of its time without solar energy, so batteries are important. They must be able to power and sustain the telescope when solar power isn’t available. There are two modules consisting of a total of six batteries. Each module weighs 460 pounds and measures 36 inches long, 32 inches wide, and 11 inches high. There are three batteries per module, with each battery having 22 individual nickel-hydrogen cells placed in series.
Even though each battery has a total of 88 amp-hrs of capacity, on the Hubble Space Telescope, the practical maximum is 77 amp-hrs due to a limitation with heat dissipation. With a total of six batteries, the total energy supply becomes 450 amp-hrs. The batteries have lasted almost 13 years more than originally planned, 18 total. The ones that will replace them will be even better, built with the “wet slurry” process over the dry method. The “wet slurry” process allows for better porosity of the solid metallic powder over the dry method, in which the metallic powder is simply impacted into the battery cells.
With the new batteries, the Telescope be used for normal scientific purposes on battery power for nearly 5 orbits, which is nearly 7.5 hours of operation, assuming the batteries are fully charged.  This means power for the Hubble Space Telescope is supplied redundantly in the sunlight, so if one source of power fails, the telescope will still be in working condition.
When the Hubble Space Telescope is within the day time portion of its orbit, about 61 minutes of the 97 minute orbit, it uses an array of four solar panels to power the telescope and to charge the batteries. They were replaced in the Servicing Mission 3B in 2002 with smaller, less flexible panels that produced less than a third more power than the pre-existing ones. Solar arrays supply 5k watts of energy to power the Hubble Space Telescope. This extra power supply makes running more instruments simultaneously on the telescope possible, so more institutions and scientists can use the telescope at the same time.
1. Hubble Space Telescope Servicing. 5 Oct 2010. Available:
2. Servicing Misson 4. 5 Oct 2010. Available:
3. Servicing Mission 4 <Batteries>.
4. Servicing Misson 4 <Gyropscopes>. 5 Oct 2010. Available:
5. Servicing Mission 3B. 5 Oct 2010. Available:
6. Servicing Mission 3A. 5 Oct 2010. Available:
7. Servicing Mission 2. 5 Oct 2010. Available:
8. Servicing Mission 1. 5 Oct 2010. Available:
9. NASA Hubble. 5 Oct 2010. Available:
10. The Hubble Program – Technology. 5 Oct 2010. Available:
11. Hubble Finds Ring of Dark Matter. 5 Oct 2010. Available:
12. WMP, the Expansion of the Universe. 12 Nov 2010. Available: http://map.gsfc.nasa.gov/universe/uni_expansion.html
13. Hubble Servicing Missions. 25 Oct 2010. Available:
14. Hubble the Telescope. 25 Oct 2010. Available:
15. Hubble Telescope Essentials. 26 Oct 2010. Available:
16. Optical Assembly. 12 Nov 2010. Available:
17. Hubble Provides New Evidence for Dark Matter in Small Galaxies. 14 Nov 2010. Available:
18. NICMOS. 12 Nov 2010. Available:
19. Hubble – Fine Guidance Sensors. 5 Nov 2010. Available:http://hubblesite.org/the_telescope/nuts_.and._bolts/instruments/fgs/index.php


Field Service Management Trends for 2019
With 2019 just around the corner, we take a look at the upcoming trends in Field Service Management in the new year!
1. Augmented reality
“Augmented reality is an interactive experience of a real-world environment where the objects that reside in the real-world are “augmented” by computer-generated perceptual information.” (Source)
Basically, augmented reality places a computer-generated image on the user’s view of the real world, allowing the user to see various components/images. For example, a technician could see all the particular assets in a building, just by using their mobile device to see this, see image below:
Although this may not be ready for mainstream adoption just yet, we predict that this will have a massive impact on service management companies. When augmented reality becomes standard issue, this will be a game changing service that all Field Service Management software companies will want to provide.
“Gartner predicts that augmented reality will be ready for mainstream adoption in five to ten years.” (Source: Gartner)
2. Mobility – Smart Watches
With the ever changing mobile device market, software will have to adapt and be able to cater for new technology. With the recent popularity of smart watches, soon, technicians and engineers will be able to access their field service management software through this device, especially now that voice to text recognition has came along a great way, the ability of being able to complete paperwork on the go, without having to type is an amazing bonus.
(Fieldmotion – Smart Watch concept image)
3. Route Optimization
Field service management software has already allowed service companies to implement automation into their day to day activities but this will continually evolve, with more and more various administration tasks becoming automated, route optimization will save more time for customers. The ability to assign a weekly schedule for 100+ employees, at the click of a button, with preset start and end locations (watch this space…) will free up an extraordinary amount of time for any company!
These are certainly three things to look out for in 2019!


Technology is rapidly changing the way we interact with the world around us, and the field of design is no exception. In recent years, augmented reality (AR) has emerged as a powerful tool for designers, offering new ways to visualize and prototype products. By overlaying virtual elements onto the real world, AR allows designers to see and interact with their creations in a more immersive and realistic manner.
Benefits of AR in Design
One of the key benefits of AR in design is the ability to create and test prototypes quickly and cost-effectively. Traditional prototyping methods often require significant time and resources, but with AR, designers can quickly produce virtual prototypes that can be viewed and evaluated in real-time.
AR also allows for collaborative design processes, enabling teams to work together remotely and visualize their ideas in the same virtual space. This not only saves time and travel expenses but also facilitates better communication and understanding between team members.
How AR is Revolutionizing Prototyping
AR is revolutionizing the prototyping process by providing designers with a more realistic and interactive way to test their ideas. With AR, designers can place virtual objects in real-world environments and see how they interact with the surrounding space and objects.
For example, an automotive designer could use AR to place a virtual car model onto a real road and evaluate its size, proportions, and aerodynamics. This allows for more accurate assessments and adjustments to be made early in the design process, ultimately leading to better final products.
Applications of AR in Design
The applications of AR in design are vast and span across various industries. In architecture and interior design, AR allows designers to overlay virtual furniture and decor onto real spaces, giving clients a realistic preview of their design choices.
In product design, AR enables designers to create virtual prototypes that can be tested and refined before investing in physical manufacturing. This reduces costs and minimizes the environmental impact of production.
AR and augmented prototyping are transforming the way designers approach their work. With the ability to create virtual prototypes, collaborate remotely, and visualize designs in real-world environments, designers can iterate faster, make more informed decisions, and ultimately deliver better products. As AR technology continues to evolve, we can expect even more exciting advancements in the field of design.


The smart city concept integrates information and communication technology, and various physical devices connected to the cloud network to optimize the efficiency of city operations and services and connect to citizens. Therefore, most of real-world problems in the smart city are multimodal interface problems and/or multi-objective optimization problems involving several conflicting objectives.
On the other hand, cloud systems may even offer tens of thousands of virtual machines, terabytes of memories and exa-bytes of storage capacity. Current trend toward many-core architecture increases the number of cores even more dramatically: we may have more than a million of cores to offer extremely massive parallelization.
In this special session, we will discuss new parallel and distributed evolutionary computation in the smart city era such as implementation of massively parallel evolutionary algorithms employing cloud computing systems and services, distributed implementation of multi-objective evolutionary algorithms on many-core architectures including GPUs, new evolutionary techniques for multimodal interface problems, in term of both reduction in execution time and improvements in accuracy of the achieved solutions.
We also welcome any types of parallel and distributed evolutionary computation on any “informal” types of computing environment in this special session including the following themes.
- Implementation of massively parallel evolutionary computation in cloud computing systems and/or services
- Parallel and distributed evolutionary algorithms in the smart city
- Distributed multi-objective swarm intelligence in the smart city
- Evolutionary learning for multimodal interface problems
- Neuro-evolution for multi-task problems in the smart city
- Distributed multi/many objective evolutionary algorithms involving several conflicting objectives
- Applications of parallel and evolutionary computation techniques in the smart city
- Applications of EC and other bio-inspired paradigms to peer to peer systems, and distributed EC algorithms that use them
PC Member (Contact information):
- Daphne Teck Ching Lai, University Brunei Darussalam (firstname.lastname@example.org)
- Enrique Alba, University of Malaga (email@example.com)
- Haruna Matsushita, Kagawa University (firstname.lastname@example.org)
- Juan Julián Merelo Guervós, University of Granada (email@example.com)
- Kazuhiro Ohkura, Hiroshima University (firstname.lastname@example.org)
- Keiko Ono, Ryukoku University (email@example.com)
- Kenya Jin'no, Tokyo City University (firstname.lastname@example.org)
- Mikiko Sato, Tokai University (email@example.com)
- Minami Miyakawa, Hosei University (firstname.lastname@example.org)
- Noriyuki Fujimoto, Osaka Prefecture University (email@example.com)
- Shiqin Yang, Shanghai Ocean University (firstname.lastname@example.org)
- Toshimichi Saito. Hosei University (email@example.com)
- Yoshiyuki Matsumura, Shinshu University (firstname.lastname@example.org)
- Yuji Sato, Hosei University (email@example.com)
- Yuji Sato
received the B.E and Ph.D. degrees in engineering from the University of Tokyo, Japan in 1981 and 1997, respectively. From 1981 to 2000, he was with Hitachi Ltd., Tokyo, Japan. In April 2000, he joined the Faculty of Computer and Information Sciences at Hosei University, Japan, as an Associate Professor, and became a Professor in April 2001. From 2007 to 2008, he was a visiting scholar at Illinois Genetic Algorithms Laboratory (IlliGAL). His current research areas include evolutionary computation on many-core architecture and evolution of machine learning techniques in design. He received the 2014 Highly Commended Paper Award of IJICC. He is a member of the IEEE Computational Intelligence Society, the IEEE Computer Society, the ACM/SIGEVO, the Japanese Society for Evolutionary Computation, and the Information Processing Society of Japan. He is also a member of program committee of GECCO since 1999.
- Noriyuki Fujimoto
received the B.E and Ph.D. degrees in engineering from Osaka University, Japan in 1992 and 2000, respectively. From 1997 to 2002, he was with the Graduate School of Engineering Science at Osaka University, Japan, as a Research Associate. In April 2002 he joined the Graduate School of Information Science and Technology at Osaka University, Japan, as an Associate Professor. In April 2008, he joined the Graduate School of Science at Osaka Prefecture University, Japan, as a Professor. From April 2016, he is a Professor of the Graduate School of Engineering at Osaka Prefecture University, Japan. His current research areas include GPU computing and Grid computing. He is a member of the IEEE Computer Society, the ACM, the Institute of Electronics, Information, and Communication Engineers, and the Information Processing Society of Japan.
- Toshimichi Saito
received the B.E., M. E., and Ph.D. degrees in electrical engineering from Keio university, Yokohama, Japan, in 1980, 1982 and 1985, respectively. In April 1989, he joined the Faculty of Engineering at Hosei University, Tokyo, Japan, as an Associate Professor, and became a Professor in April 1998. His current research interests include learning and stabilization of artificial neural networks, nonlinear dynamics in electronic systems, and engineering applications of swarm intelligence. He served in several editorial boards including the IEICE Trans. Fundamentals (1993–1997), the IEEE Trans. Circuits Syst. I (2000-2001), the IEEE Trans. Circuits Syst. II (2003-2005), and the Intl. J. Electronics and Communications (2010-2014). He is a fellow of the IEICE, a senior member of the IEEE, and a member of the JNNS.


ICT (Information and Communication Technology) is a rapidly growing field in New Zealand. There are many ICT companies based around New Zealand, such as Bell, TPG, Synet and Caprix, just to name a few. This rapidly expanding field is making a real impact on healthcare, giving patients and doctors more access to health information and helping to make treatment more efficient. ICT solutions are used in every part of the healthcare system and this includes diagnosing and treating common diseases, developing and delivering new treatments, gathering patient information, tracking healthcare costs and tracking healthcare outcomes. If you want to get more information then click here website.
Here Is A Method That Is Helping Ict Solutions In New Zealand
According to the Intelligence Commission, New Zealand is one of the world leaders in ICT, with ICT spending increasing faster than the rate of inflation. It has been a challenge for the Health sector in New Zealand to maintain its focus on high quality health care and keep abreast of emerging technology. However, the Health Council says that ICT is having an increasingly positive impact on the way that healthcare is delivered both to patients and to practices and hospitals. It also notes that there has been an increase in the proportion of patients who have completed ICT courses, from 25% in 2021/5 to 30% in 2021/10.
The use of ICT solutions by healthcare practices has increased dramatically over the past ten years and this growth has been driven primarily by the need to reduce costs and improve quality of care. Improved technology and software has meant that ICT solutions can be implemented at a fraction of the cost they would otherwise be able to manage for a business. In New Zealand, the private sector is a significant customer for ICT services, providing many ICT projects a major contribution towards the country’s health spending. ICT solutions can be delivered in a number of ways, including computer software, digital patient records (DPR), printers and telecommunications. In New Zealand companies that specialise in ICT can help to implement ICT solutions through software integration, hardware procurement, training, clinical trials, information management and deployment.


European scientists have created a ‘semantic grid browser’ that can understand technical terms in life sciences and automatically find additional resources and service. According to ScienceDaily, this new development could lead to a new generation of intelligent search engines.
The browser utilizes grid computing, a process that uses the resources of many computers in a network at the same time, to solve a single problem. According to the publication, the "life sciences community has built numerous databases – such as for gene sequencing and information about diseases – that are available to researchers as ‘grid’ services."
Many researchers look forward to a next-generation search engine that can understand what the user is looking for and return much more relevant results than today’s engines can. To learn more about the new web browser, click here.
Tags: Web Browsers, Life Sciences, Science, Technology, Education by Sistrunk


Introduction: The Intersection of Technology and Graphic Design
Technology and graphic design are two fields that have been intertwined for decades. As technology advances, so does the world of design. This relationship has created a dynamic evolution in the way we create and perceive visual content. Let’s delve into this fascinating intersection.
- The evolution of design with technology
- Modern graphic design trends shaped by technology
In conclusion, the intersection of technology and graphic design is a dynamic and exciting space. As technology continues to evolve, we can expect to see even more innovative and creative designs in the future.
The Influence of Technology in Design
Technology has become a game-changer in many fields, and design is no exception. It has brought about a revolution, changing the way designers work and think. Let’s delve into how technology is reshaping the world of graphic design.
How Technology is Changing the Face of Graphic Design
Graphic design, once a manual and time-consuming process, has been transformed by technology. From sketching ideas on paper to creating intricate designs on a computer, the journey has been remarkable. Let’s explore this in detail.
- Introduction to technology in graphic design
- Impact of technology on design processes
In conclusion, technology has revolutionized the field of graphic design. It has made the design process more efficient and opened up new possibilities for creativity. As technology continues to evolve, we can expect even more exciting changes in the world of design.
Case Study: A Look at a Modern Design Technology
Let’s dive into a fascinating case study of a modern design technology that’s making waves in the graphic design world. We’ll be focusing on Augmented Reality (AR).
- Overview of the technology
- How it’s used in graphic design
- Impact on design trends
In conclusion, AR is a powerful tool for graphic designers. It allows for the creation of immersive, interactive experiences that can engage users in new and exciting ways. As this technology continues to evolve, we can expect to see its impact on design trends continue to grow.
Graphic Design Technology Trends
As technology continues to evolve, so does the world of graphic design. Let’s explore some of the most exciting tech trends that are shaping the future of graphic design.
Emerging Tech Trends in Graphic Design
There are three key technology trends that are making a big impact in the graphic design industry. These are 3D design technology, Augmented Reality (AR), and Artificial Intelligence (AI).
- 3D Design Technology
- Augmented Reality (AR) in Design
- Artificial Intelligence (AI) in Design
These emerging technologies are not just trends, they are the future of graphic design. By embracing these technologies, designers can create more engaging, immersive, and efficient designs.
The Impact of Technology on Design
Technology has made a significant impact on the world of design, revolutionizing the way designers work and expanding the possibilities of what they can create. Let’s explore two key ways in which technology has influenced design.
- How technology has improved design efficiency
Technology has greatly improved the efficiency of design processes. With the advent of digital design tools, designers can now create and modify designs much faster than they could with traditional methods. For example, software like Adobe Illustrator allows designers to easily manipulate shapes and colors, while tools like SketchUp enable quick and accurate 3D modeling.
Moreover, technology has streamlined the design process by facilitating better communication and collaboration. Designers can now share their work with clients or team members in real-time, receive feedback instantly, and make changes on the fly. This not only speeds up the design process but also ensures that the final product meets the client’s expectations.
- Technology’s role in expanding design possibilities
Technology has also expanded the possibilities of what designers can create. With the help of advanced software and hardware, designers can now experiment with new techniques and mediums that were previously unimaginable. For instance, virtual reality (VR) and augmented reality (AR) technologies have opened up new avenues for immersive and interactive design.
Moreover, the rise of artificial intelligence (AI) has introduced a whole new dimension to design. AI-powered design tools can generate design elements automatically, predict design trends, and even create personalized designs based on user data. This not only expands the creative possibilities for designers but also allows them to deliver more personalized and engaging designs.
In conclusion, technology has had a profound impact on design, improving efficiency and expanding creative possibilities. As technology continues to evolve, we can expect to see even more exciting developments in the world of design.
Contemporary Graphic Design Technology
As we delve into the realm of contemporary graphic design technology, we’ll explore some of the latest software that designers are using to create stunning visuals. These tools are not just about creating designs; they are about bringing ideas to life.
Exploring the Latest Design Software
Let’s take a closer look at some of the most popular design software used by professionals today:
- Adobe Creative Cloud: Adobe Creative Cloud is a collection of over 20 desktop and mobile apps and services for photography, design, video, web, UX and more. You can take your ideas to new places with Photoshop on the iPad, draw and paint with Fresco, and design for 3D and AR. It’s a comprehensive tool that caters to all your design needs. Learn more about Adobe Creative Cloud here.
- Sketch: Sketch is a vector graphics editor for macOS developed by the Dutch company Bohemian Coding. It was first released on 7 September 2010 and won an Apple Design Award in 2012. It is primarily used for user interface and user experience design of websites and mobile apps and does not include print design features. Learn more about Sketch here.
- InVision Studio: InVision Studio is a powerful screen design tool that allows designers to create interactive and animated interfaces. It’s perfect for designing high-fidelity prototypes and wireframes, and it also includes collaboration tools for team projects. Learn more about InVision Studio here.
These tools are just the tip of the iceberg when it comes to the technology available to graphic designers today. As technology continues to evolve, so too will the tools and techniques used in graphic design.
Key Takeaways: The Future of Graphic Design and Technology
As we delve into the future of graphic design, it’s clear that technology will continue to shape and evolve the industry. Here are some key takeaways to keep in mind:
- The continued technological influence on design trends
- How designers can adapt to these changes
In conclusion, the future of graphic design is exciting and full of potential. By embracing technology and adapting to its changes, designers can create innovative and impactful designs that push the boundaries of what’s possible.
Conclusion: Embracing the Technological Revolution in Graphic Design
As we have explored throughout this article, technology has dramatically reshaped the landscape of graphic design. It’s not just about pencils, paper, and paint anymore. The digital revolution has brought about new tools, techniques, and trends that have fundamentally changed the way we create and consume visual content.
- Summary of the impact of technology on modern graphic design trends
- Final thoughts on the future of graphic design with technology
In conclusion, the technological revolution in graphic design is not something to fear, but rather, something to embrace. It’s an exciting time to be a graphic designer, and we can’t wait to see what the future holds. So let’s embrace the change, let’s embrace the challenge, and let’s embrace the technological revolution in graphic design.


Mobile phones are one of the most influencing gadget in a person’s life now. Are you person getting too many calls in your day-to-day life? Are you getting sick of taking the phone out of your pocket every minute? Bluetooth headset is a perfect remedy for you. Everything is wireless now a days, wireless technology make your life more free.
Bluetooth headset not only can be used only in mobile phones, you can connect it with any device having the Bluetooth technology, for example your computers, music players, mobile phones etc.
There are many advantages using a Bluetooth headphone, we have listed some of the advantages below.
Hassle free: you no longer need to handle the tangled headphone wires, you can use it hassle free and easy. You can wear it easily and put it anywhere in your bag or pockets without the fear of the wires getting tangled.
Freedom: The feeling of being tied to something is not a good feeling, which is the reason why we shifted from desktop to laptops from wired phones to mobile phones etc. we love freedom and the best thing using a Bluetooth headset is complete freedom. You can run, dance, or use it while doing a workout or anything
Finding the Right Bluetooth Headset
There are many Bluetooth headsets available in the market today, finding the right one is a confusing task. We have reviewed some of them and we are listing some of the hand picking ones in our web site.
Every gadget you choose should be convenient for your specific personal use. In the case of a Bluetooth headset, you can account different criteria according to your convenience.
Best Five Bluetooth Headsets
For Professional & Business use: If you are using the headset mostly for professional usage then we recommend you to use simple and sleek designed mono headsets. You can take calls, hear the voice clearly, and give attention to the surroundings. We suggest you headphones like Plantronics Voyager Legend UC B235-M and Bose Series
Headset for Music & Personal calls: if you are person who prefer to use your headset for hearing music and for prolonged calls, we suggest you to use stereo headsets with a personal touch.
The best for the best price: If you are looking for a Bluetooth headset that gives the best in a low price then we suggest you headphones like Kinivo BTH240.
1. Plantronics Voyager Legend UC B235-M
The Plantronics Voyager Legend UC B235-M is the Best rated Headset in our list. This mono Bluetooth headset is rated 5 stars by a huge number of experts and users. We also rate this headset to be the best in our list. This headset belong to the professional category and users who like to look professional and sleek with high quality call experience can opt this headphone.
This headphone weighs about only 0.6 ounces it is so lightweight and comfortable that the user won’t even be remembering that they have worn a Bluetooth headphone in their ear. When looking at the quality of the call, this headphone provides an excellent listening experience it delivers crisp and loud sound to the user with excellent noise cancelling abilities. This headset includes three microphones for receiving the voice clear and perfect, even when you are in an environment with noisy background. This headphone will cancel the background noise so the people in the other end will receive it very clear.
When looking at the design and built, this headphone comes with a sleek professional design that can perfectly suit for a professional environment, you can swing the device around 180 degrees so you can use it in both ears. The buttons available in the perfectly aligned and can be found with ease. This device has buttons for volume control, handling calls, mute, and voice controls activation.
When looking at the battery backup and features, this device comes with a battery backup of 7 hours and a standby time of 11 days. The features of this device includes the sense feature that will let the user to swap from the phone speaker to the headset or vice versa by just wearing the headset on your ears. The voice assistance feature will let you know much battery is available when you put it on and you can easily redial, check battery, cancel etc. by using its voice command.
When looking at the overall rating, it’s a killer headset to buy. The overall quality, design and the features give the value for the money you pay, even the price is on the higher side.
2. Bose Bluetooth Headset Series 2
The Bose, the brand name itself has a profound perfection in sound. The Bose headset series is apt for mainly business and professional use, its small and solid design does not compromise on quality of the sound. Yeah its Bose.
When looking at the sound quality, this device packs with speakers that are quiet superb, which is optimized for the natural sound delivery. The sound technology also helps the user to hear the call no matter what if you are in a busy road or in a noisy hall. Everyone will love a bit of music in their life, The Bose series 2 also showed an excellent sound quality when playing the music files. Even this is mono headset it gives the user a good listening experience with one ear.
The Design and built quality of this device is also good, this device is made with shiny and matte plastic with silver lining, it will give you more of a business person look. The device comes with both right and left ear versions.
When looking at the battery backup and features. This device has a battery backup of 5 hours, which is quite good for a headset this size. The feature that allow this device to standout in the crowd is it noice detection and control technology, this device will sense the noise and turn the volume up and down according to the sound in the surrounding, it will make sure you got the right volume for the right environment.
When looking at the overall rating and price this device is standing at the top 2nd, The price range of this headset is the highest in the list, Bose brand not only doesn’t compromise on sound quality it also doesn’t compromise on the price. Overall, this device is a good buy, the sound quality and the brand value is the key point of this device.
3. LG HBS-700 Tone Wireless Bluetooth Stereo Headset
This Bluetooth headset from LG is suited for more of an active person. It is great to use while you are working out or during a morning walk. This is the highest rated stereo Bluetooth headset we have in our list.
When looking at the sound quality of this device, this device kills the rest of the devices in the list. You will definitely love this device if you are a music-loving person. Songs play perfectly balanced, with bass so strong and clear.
LG has designed this device to be perfect for an active person. It is handy and lightweight. Even it lays on your neck. You won’t even notice the weight of this device. The in ear design of the ear buds ensure good listening experience and the magnetic pocket will hold the ear buds perfectly without flapping it while you are not listening. Normal buttons like play/pause, call, volume, etc. is included in the ear band
The battery life of this device is about 10 hour playtime and 15 days of standby time. It also packs with a vibrating feature that will vibrate when you receive a call.
When looking at the overall rating, this device comes third in our list and first in the stereo section, a good buy if you prefer both music and calling.
4. Kinivo BTH240 Bluetooth Stereo Headset
Are you person who loves on-ear headphones? Moreover, you prefer it cheap. Then Kinivo BTH240 is a perfect choice for you. This on ear stereo headset will be most apt for a music-loving person who prefer sound quality and maximum portability in an on ear headphone.
When looking at the sound quality of this device, it prefers good music experience with a great sound quality. The design is more handy and lightweight. you can easily store it anywhere by folding it with ease. When checking the battery backup of this device, you can play music or make calls up to 10 hours.
The KINIVO BTH240 is the fourth in our list, considering the low cost and good music quality.
5. Mpow® FreeGo Wireless Bluetooth Headset
Mpow® FreeGo is the cheapest headset in our list. It made the 5th place because it gives the user maximum value of money. This headset is mainly preferred for cell phone use. Firstly don’t think device up to the level of the othere devices we have listed here.
The sound quality is this device is pretty decent but it is not preferred for music listening. This device also packs with noise cancellation, which cancels background noise decently. The design of this device is also average but it perfectly fit well in your ears.
Overall, this device is a pretty decent headset which give a great value for money.
Tags: best wireless headphones, best bluetooth headphones, top wireless headphones, top bluetooth headphones.


Home Wireless Internet
Voice & Data offer great valued, reliable Home Wireless Internet solutions with a range of packages to suit any data requirements. The design of our network is based on an area specific wireless-to-fibre methodology which guarantees speed & quality wireless connections.
Wireless broadband is high-speed internet access that uses radio signals rather than cables. Those who prefer wireless internet include customers in areas that don't have access to fiber optic cable, DSL or LTE.
With our home wireless internet, the connection is beamed directly to where it needs to go - from a transmission tower (also known as a ground station) to a dish or antenna mounted on the customer's residence. Wireless often requires "line of sight" view between the dish & transmission tower. Obstructions such as trees & hills prevent it from being installed in some locations.
For more info on our Home Wireless Internet, contact us here.


Aros runs on different platforms including X86 (X64), ARM and PPC. One of the latest branches is 68k. Aros even runs on old amiga hardware. Aros Vision is based on this branch with lots of 68k components and software added. You can download it here. Download conditions here.
Aros on emulation (UAE)
Aros 68k already runs on many different platforms including Windows (WinUAE and FS-UAE), Macintosh and Linux (FS-UAE), Aros x86, ARM based hardware and Android (UAE4ALL). Another variant is AMINUX that boots from stick.


If you configure delta in gitconfig as above, then git will automatically send its output to delta.
Delta in turn passes its own output on to a "real" pager.
Note that git will only send its output to delta if git believes that its output is going to a terminal (a "tty") for a human to read.
In other words, if you do something like
git diff | grep ... then you don't have to worry about delta changing the output from git, because delta will never be invoked at all.
If you need to force delta to be invoked when git itself would not invoke it, then you can always pipe to delta explicitly.
git diff | delta | something-that-expects-delta-output-with-colors (in this example, git's output is being sent to a pipe, so git itself will not invoke delta).
In general however, delta's output is intended for humans, not machines.
If you are interested in the implementation of delta, please see ARCHITECTURE.md.


Smok Novo 2 Review
The Smok Novo 2 can be considered as the world’s smallest vaporizer. Its big feature is that it uses two personal charge batteries instead of the standard one. A personal charge battery is recommended to be used when you are using the device at the same time as a charger. This helps to save time. The Smok Novo 2 is very easy to use. However, you need to follow some basic rules to avoid damage to your electric appliance.
You have to follow the advised dose instruction to avoid nicotine salt through damaging your physique. You can find different manufacturers of this device. To be able to get a much better experience, you may choose a pod-style devices instead of the standard types. The Smok Novo 2 as well as other this kind of pod-style devices usually are designed to assist people quit the physical act regarding smoking.
Smok Novo a couple of has two types — the SMOK VOLKSWAGEN and the man pod style. The person pod devices are super easy to use because these people are smaller in addition to less heavy compared to other. This tends to make them easier to be able to carry around. Smok Novo 2 is far more expensive than the particular other but presently there are also additional superior products that are cheaper. The simply problem with the person pod devices will be that they do not have the dual coil system.
The initial novo pod system has two varieties – the SMOK NOVA and the mtl. You need to choose the best product that fits your needs. The Smok Novo 2 has higher wattage because of its greater size. It offers 2 coils, one out of the particular top chamber and another at the bottom. These two chambers give better flavour because of their own different heating factors.
The replacement Smok Novo 2 kit will be available in different colors and you may modify the color at any time you want. These people have different ranges of heat such as mild, moderate in addition to strong. Because of the changing shelves, it is recommended that you use a new regulated heater in order to prevent overheating in addition to burning of your tongue. Using a regulated heater will also protect orally from getting burned up.
The particular Smok Novo a couple of has a new innovative design in contrast to the prior generation. The original version applied three plates where the two higher chambers were warmed. The newest sort eliminates two heating system chambers for a new more efficient means of producing vapor. When using this new innovation, the chances of experiencing overheating is practically eliminated.
When exchanging your old Smok Novo 2 pod kit with the newer version, right now there are a couple of things you should keep in brain. You will require to determine the wattage plus the BTU. When you realize these numbers, you will be able to replace typically the previous generation’s electric batteries with the newer ones.
There are the few different sorts of nicotine shipping and delivery systems in the marketplace today. Some are a lot better than others and it will depend on just what you’re looking regarding in your next electronic device. If you are after a throat hit, you might like to purchase a nicotine plot. If you might like to possess mare like a vapor, an individual may want in order to purchase a portable electronic device that resembles a pen. Possibly way, the Smok Novo 2 Pod Kit is a new great product that will allows you to upgrade your electronics to a higher quality, affordable digital product.
The biggest improvement you can create when upgrading through an older edition for the Smok Novo 2 Pod Package would be to replace typically the batteries. The original battery life for this particular electronic device was fantastic, using continued use as time passes, the electric battery life will commence to diminish. To solve this issue, a fresh battery lifestyle saving cap has been added to the Smok Novo 2 . This easy step alone permits you to enjoy extended battery existence. In addition, you now have the ability to plug in the electronic device without turning off the power in the breaker box.
A new feature to typically the Smok Novo two Pod Kit is the ability in order to monitor your electric battery levels. With the particular ability to monitor your levels you will not waste energy or wattage by using a charger which is also large for your device. With the particular new voltage regulator, power output could be adjusted without turning within the strength switch. This allows you to maintain your own optimal power output and avoid excessive heating which can shorten the novo 2’s lifespan. Also together with the ability in order to monitor the amounts, it will end up being easier to inform whenever it is moment to swap batteries or re-ground the USB cord.
Other advancements to the Smok Novo 2 add a larger and stronger battery, a larger and stronger heat chamber, and the larger micro universal series bus port. Even though these are minor enhancements, they will Smok Novo move a long way in extending typically the life of the novo 2 as a result of high quality craftsmanship that went into creating these fantastic products. Should you be considering purchasing some of the Smok Novo 2 Pod Choices, check out read testimonials written by other users and consider what others may have stated about their experience with the merchandise. Smok Novo 2 can make a wonderful all-in-one electronic smoking encounter that is perfect for anyone who wants in order to make the change to smoking smoking cigarettes free.


This bluetooth utility accomplish a very simple but useful task:
discover Blueooth devices and report their RSSI.
RSSI stands for Received Signal Strength Indicator and can be used to have an idea of how fare is the device in free space or how much power is received in an indoor environment.
In free space condition you could even calculate the distance between your device and the discovered device by using a quadratic relationship for the EM field.
There is a detailed technical description on the info page about the functionality.
The application is based on the Amarino Toolkit which is being supported by a large community of developers and thus provide very high reliability and I believe is the only
free application in the Android market which really works without any glitch.
BetaLocator works on the same principle of an Airbag: it measures your car acceleration and if an impact is detected, an SMS is sent to your contact list with the exact geographical GPS location.
BetaLocator is more advanced than an Airbag, because you can setup the threshold for the impact detection.
The detector is based on a simple but effective AI approach which uses artificial neurons
(yes like the one you have in your brain) to reliably detect the impact.The basic version in the Android market does not contain the GPS location feature, which is included in the commercial one that costs only 4 GBP.
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10 Watt LED Mini Accent Display Flood Light
Perfect accent up lighting for for portable back wall displays.
- Silver powder coated exterior
- 10 watt LED flood light
- White or RGB light
- Remote control provided
- Angles to 120°
- Light comes with pre-attached cord
- UL approved
- One year warranty
– Light is not protected against moisture. Do not expose to direct or indirect moisture.
– Overloading power supply can cause overheating, shorting and possibly fire.


In the world of design and art, it is sometimes said that one of the main advantages of the analog over the digital is that of its singularity. Benjamin called this the ‘aura’ of a work of art, in which the way the space and time of the creation changed how we perceived the work of art. A work of art independent of the digital realm always posses this aura. This singularity is always there, whether you like it or not. It comes with the package.
The digital realm and its precedents (letterpress being one, for example) are part of the age of mechanical reproduction, where the resemblance between the ‘original’ and the ‘copy’ is complete and indistinguishable. Yet, the computer has a processing power higher than any other machine ever invented. In many ways, it is much more advanced than the human brain. Why then is the design done in the computer sometimes so inferior? On one hand, I believe this happens because of the mis-use of the computer and the use of software to create one digital “original” and printed “copies”.
The interesting part is that singularity is easily achievable in the digital realm. Because of the processing power brought upon by the computer, every single creation can be unique. This uniqueness doesn’t come from the usage of the typical WYSIWYG software. Rather, this uniqueness must be programmed into the computer or onto the work itself (because of the lack of this type of software). But certainly, the uniqueness of a digital creation is certainly achievable. Randomness is incredibly simple in the digital realm. The abstraction of rules (a native feature of the native realm) can lead to a path were every creation is inherently different.
Singularity might be even more simple in the digital realm than in the analog realm, given the right treatment and condition of the problem. It will just take a different approach to the digital tools we currently use.


The new Philips Sonicare App was demonstrated in a 3D Holographic Projection at CDA Presents 2016. Visitors to the Philips booth at CDA Presents could access information regards the new Sonicare app via an interactive touch screen located on each side of the holographic exhibit. The 3D hologram projector featured dual projectors which allowed to separate presentations to be viewed at the same time from opposing sides.
Meet MAX.. the worlds first conversational, intelligent quote to cash agent. Visitors to Dreamforce 2016 in San Francisco did just that.. but as a 3D Hologram. When APTTUS debuted MAX at the software trade show in SF they asked Trade Show Holograms to create a 3D holographic presentation to introduce the program to the attending public.
Vistors to CDA Presents 2016 in San Francisco were treated to 3D holographic presentations of the new Philips Sonicare App. Guests could access any of the available holographic demonstrations via an interactive touch screen on either side of the hologram projector.
The new interactive trade show exhibit was provided by Trade Show Holograms. The dual sided design allowed for visitors to watch two different presentations on opposing sides of the display with out interfering with each other. No 3D glasses are required to see the amazing 3D effect.


The PLR2210 is an ultra low capacitance TVS array designed to provide electrostatic discharge (ESD) protection for high-speed data interfaces. With a typical capacitance of 0.4pF, the PLR2210 is designed to protect sensitive systems against over-voltage and over-current transient events. The PLR2210 is compliant with IEC 61000-4-2, IEC 61000-4-4 and IEC 61000-6-5. The device is available in a DFN-8 package configuration and offers two line pairs of protection. The PLR2210 is ideal for high-speed port and frequency applications such as Gigabit Ethernet.


SolarUK's Images: Tracking Solar PanelsThe images below show examples of our tracking solar panel systems that ensure our solar collectors follow the sun through the day and gain the optimum solar energy
| Large scale solar thermal collectors mounted on Solar Trackers|
Large Scale Commercial Solar Thermal project utilising East Sussex based SolarUK's LaZerII solar Thermal Collectors to provide hot water.
| Commercial Solar Panel Tracker Mounting|
Using a tracking mounting means the solar collectors are always aligned and will gain the maximum solar heating possible.
| Solar Panel Tracking Systems|
To gain the maximum from a solar panel it is ideally pointed towards the sun at an optimum angle.
| Tracking Solar Panels|
Large array of tracking solar panels. The solar heating systems constantly track the sun during the day to present the best possible face to the sun.
| Solar Panel with Motorized Tracker Mounting|
Using a motorized tracking system means the solar collectors are always aligned and will gain the maximum solar heating possible.
| Solar PV mounted on Tracking Solar Collector|
The image shows a tracking array of solar vacuum tubes with the addition of a Solar Photovoltaic panel covering the solar thermal system's manifold, otherwise unused for direct energy collection.


AVerMedia TECHNOLOGIES, Inc.
AVerMedia TECHNOLOGIES, Inc. is a developer of audio & video software and system tools. The current developer portfolio contains 533 programs. The most popular software is AVer MediaCenter 3D with 28 installations on Windows PC.
Best software by AVerMedia TECHNOLOGIES, Inc.
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Supports 3D function for nVidia 3D Vision, Micro-polarizer, and Red/Cyan mode.
Your ideal solution for personal DVD making.
It support real 3D function for nVidia 3D Vision and Micro-polarizer.
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Stream you gameplay.