2 edition of Machine perception applications found in the catalog.
Machine perception applications
by R. Oldenbourg
Written in English
|The Physical Object|
|Number of Pages||296|
This book addresses both theoretical and practical issues related to the feasibility of both explaining human perception and implementing machine perception in terms of neural network models. The text is organized into two sections. The chapters included in this part of the book describe the architectures and possible applications of recent. The aims of this book are to present state-of-the-art applications of artificial intelligence and data mining methods to quality assurance of complex software systems, and to encourage further research in this important and challenging area. Seller Inventory # AAJ More information about this seller | Contact this seller
In this book the new term Machine Understanding is introduced referring to a new area of research aiming to investigate the possibility of building machines with the ability to understand. Introduction to Pattern Recognition: Statistical, Structural, Neural and Fuzzy Logic Approaches (Series in Machine Perception and Artificial Intelligence) by Friedman, Menahem and a great selection of related books, art and collectibles available now at frithwilliams.com
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The field of machine perception concerns the building of machines that sense and interpret Machine perception applications book environments. This book is about visual perception. Potential applications for such systems include tasks such as automation of industrial processes of inspection and assembly, automated medical x-ray diagnosis, vehicle guidance and automatic photo Author: Ramakant Nevatia.
Oct 02, · frithwilliams.com: Data Mining with Decision Trees:Theory and Applications (Series in Machine Perception and Artificial Intelligence Book 81) eBook: Lior Rokach, Oded Maimon, Oded Z Maimon: Kindle Store5/5(1). Machine touch is an area of machine perception where tactile information is processed by a machine or computer.
Applications include tactile perception of surface properties and dexterity whereby tactile information can enable intelligent reflexes and interaction Machine perception applications book the environment. Machine olfaction.
Giving machines a sense of smell in the. Machine Perception by Ramakant Nevatia is available online. Machine perception is a ﬁeld of endeavor attempting to enable man-made machines to perceive their environment by sensory means as humans and animals do.
Description The field of machine perception concerns the building of machines that sense and interpret their environments. Jul 01, · This book highlights the relation between perception and learning and describes the influence of the learning in the interaction with the environment.
Besides, this volume contains a series of applications of both machine learning and perception, where the. In machine learning, the perceptron is an algorithm for supervised learning of binary classifiers.A binary classifier is a function which can decide whether or not an input, represented by a vector of numbers, belongs to some specific class.
It is a type of linear classifier, i.e. a classification algorithm that makes its predictions based on a linear predictor function combining a set of. Excerpts from book: The field of machine perception concerns the building of machines that sense and interpret their environments. This book is about visual perception.
Potential applications for such systems include tasks such as automation of industrial processes of inspection and assembly, automated medical x-ray diagnosis, vehicle guidance and automatic photo-interpretation.
Terms and Conditions: Robert Fisher wrote: This restoration of Ramakant Nevatia's Machine Perception textbook was funded by the EU's ECVision Network on Cognitive Computer Vision. Book Excerpts: The field of machine perception concerns the building of machines that sense and interpret their environments.
This book is about visual frithwilliams.comial applications for such systems include. The book will help readers understand the motivations, activities, trends and directions of researchers and engineers in the machine-perception field, and offers them a view of the future in this rapidly evolving area.
• Emphasizes the merging of machine perception applications and non-visual imaging in intensified, near infrared, thermal. Oct 25, · "Machine perception" is a term that is used to identify the capability of a computer system to interpret data in a manner that is similar to the way humans use.
Offering a valuable resource for researchers, professionals, and graduate students working on haptics and machine perception studies, the book can also support interdisciplinary work focused on automation in surgery. haptic data communication and applications of machine learning.
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Neural Networks for Perception, Volume 1: Human and Machine Perception focuses on models for understanding human perception in terms of distributed computation and examples of PDP models for machine perception.
This book addresses both theoretical and practical issues related to the feasibility of both explaining human perception and. This book series addresses all aspects of machine perception and artificial intelligence. Of particular interest are the areas of pattern recognition, image processing, computer vision, natural language understanding, speech processing, neural computing, machine learning, hardware architectures, software tools, and others.
The book also discusses the effect of the rate of change of kinesthetic stimuli on the JND, temporal resolution for the perceivability of kinesthetic force stimuli, dependence of kinesthetic perception on the task being performed, the sequential effect on kinesthetic perception, and, correspondingly, on the perceptual dead zone.
Machine Perception. Teaching machines to 'see' in a more human way Machine Perception gives a machine the ability to explain, in a human manner, why it is making its decisions, to warn when it is about to fail, and to provide an understandable characterization of its failures. Computer Vision builds machines that can see the world like humans do, and involves designing algorithms that can.
Optical character recognition --Applications of machine perception in medicine and biology --Speech recognition --Applications of machine perception in nuclear physics --General aspects of pattern recognition.
Series Title: Conference series (Institute of Physics (Great Britain)), no. Responsibility. This book offers an up-to-date and in-depth coverage of theoretical and experimental work in sub-areas of machine perception in infrared, thermal, hyperspectral, intensified and laser imagery.
It highlights new trends and directions in the field of applied machine vision beyond the visible spectrum. Machine perception is a term for technologies that simulate the ways that humans perceive the world around them. Any type of technology that simulates any human sense, whether it is sight, hearing, taste, touch or feel, could be labeled machine perception, but the overwhelming use of machine perception in the field relates to simulating the.
Textbook. Computer Vision: Algorithms and Applications by Richard Szeliski: Book Online Multiple View Geometry in Computer Vision, Second Edition by Richard. Robotic perception is related to many applications in robotics where sensory data and artificial intelligence/machine learning (AI/ML) techniques are involved.
Examples of such applications are object detection, environment representation, scene understanding, human/pedestrian detection, activity recognition, semantic place classification, object modeling, among others.
Robotic perception, in Author: Cristiano Premebida, Rares Ambrus, Zoltan-Csaba Marton.Find many great new & used options and get the best deals for Series in Machine Perception and Artificial Intelligence: Artificial Intelligence in Software Testing Vol. 56 (, Hardcover) at the best online prices at eBay!
The aims of this book are to present state-of-the-art applications of artificial intelligence and data mining methods.Citation Machine® helps students and professionals properly credit the information that they use.
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There are 129 dell computers that has a vulnerability with the BIOS (Basic Input Output System).
The quick summary: Need to update your Dell BIOS manually. If you do not feel or do not want to do it you can give me a text or call me at (864)494-6089 or email me firstname.lastname@example.org
BIOS is essentially embedded software on the system and the first things that runs on the computer after power on and it is behind the computer logo.
What the problem is that it’s still just software. Dell has this product called BIOSConnect that allows a computer in BIOS to call – phone home to Dell for support purposes. So, it can update the firmware on the system. if you’ve lost your operating system and you can’t get it to boot or something’s missing, you can actually still get this thing to connect to the Dell servers in BIOS because that’s always going to be there.
But what’s happened here is the first vulnerability that they found, that Elysium found, is a problem with TLS certificates. And TLS is Transport Layer Security. It’s how the internet works. But this software is written in C code. Which at a very low level, so getting that TLS handshake correct is important, and Dell didn’t do that here. In fact, this system – if you have a privileged network attacker on the network, and they can intercept, like, a DNS call out to the Google DNS server of 8-8-8-8.
They can intercept the communication. Then impersonate Dell and hand back any readily available, freely available TLS certificate, and the software in the BIOS will accept that and say, OK, you’re Dell, right? and any certificate at all, this software says, we’re good here. Just about, as long as it’s not self-signed. It has to be from a certificate authority that’s in the – but those are not easy – not hard to come by. So, if you’re on the network, if the malicious actor is on the network, they can intercept the traffic, they can feedback the – some bogus certificate, and the service will then – the service on that computer will then trust the attacker, and then the attacker can exploit one of three buffer overflow vulnerabilities that were also found in the software. And that allows arbitrary code execution. There’s even one that allows arbitrary code execution in BIOS, so they could completely replace the BIOS of your machine
The end result could be replacing the mother board.
Dell dose have a fix to this problem. However, you should be this done ASPS by August when all of the details will be out in the wild. DO NOT DO IT VIA THE UPDATE TOOL due to you can not trust the tool. When you or someone dose the update. Do it manually.
You can go to dell.com then download the patches.
If you like you can give me a text or call me at (864)494-6089 or email me email@example.com


2 edition of Soft x-ray optics and technology found in the catalog.
Soft x-ray optics and technology
|Statement||Ernst-Eckhard Koch, Günter Schmahl, chairs/editors ; sponsored by BESSY-Berliner Eletronenspeicherring-Gesellschaft für Synchrotronstrahlung m.b.H. (FRG), SPIE-the International Society for Optical Engineering (USA) ; cooperating organizations, Fritz-Haber-Institut der Max-Planck-Gesellschaft Berlin (FRG), Brookhaven National Laboratory/National Synchrotron Light Source (USA).|
|Series||Proceedings of SPIE--the International Society for Optical Engineering ;, v. 733|
|Contributions||Koch, Ernst-Eckhard, 1943-, Schmahl, G. 1936-, Berliner Elektronenspeicherring-Gesellschaft für Synchrotronstrahlung., Society of Photo-optical Instrumentation Engineers.|
|LC Classifications||TA1775 .S63 1987|
|The Physical Object|
|Pagination||x, 546 p. :|
|Number of Pages||546|
|LC Control Number||87060141|
Wolter optics are used in X-ray telescopes in astrophysics like the orbiting X-ray observatories Chandra and XMM-Newton, as well as in the Swift Gamma-Ray Burst Mission. [Kir ] P. Kirkpatrick, A. V. Baez, Formation of optical images by X . Beside our well-established Microfocus X-ray source technology, Hamamatsu offers a product range of soft X-sources. The N series is a very compact, end window type X-ray source with a transmission target. As the target is separated from the Be-window, the cathode can be kept at ground potential enabling an easy operation of this X-ray source.
Introduction to X -ray Optics for SR Introduction General X-ray optics High heat-load optics X-ray micro-/nano-focusing Reflectors Zone plates Refractive lenses Summary Scope: •Non-exhaustive overview •Some general X-ray optics – foundation for X-ray focusing •Primarily ‘hard’ X-ray optics (i.e. photon energies >2keV). Measured uniformity of a W/B 4 C LGML coating for soft X-ray polarimetry. Figure 4. Measured reflectance vs. wavelength vs. position of a ~mm-long W/B 4 C LGML mirror for soft X-ray polarimetry. The measurements are shown as filled circles, and were made at the ALS (E. Gullikson) using a partially-polarized beam. Fits (dotted lines) to the.
Abstract. Soft x-ray projection lithography can now be realized with recent developments in x-ray optics. Using new x-ray optical components and spherical imaging optics, we have designed an x-ray reduction camera which is capable of projecting with soft x-ray radiation, a 5 x demagnified image of a mask onto a resist coated wafer. This chapter provides a detailed discussion of the interactions of electromagnetic X-ray waves with matter and the X-ray optics of refraction and reflection.
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Applications of Soft X-Ray Optics / Spectroscopy / Multilayer gratings / High-resolution imaging / Astronomy / X-ray microscopy / X-ray lithography / References / Appendix / Conferences / Optical constants of elements for l = / This text describes optics mainly in the 10 to angstrom wavelength region.
These wavelengths are 50 to times shorter than those for visible light and 50 to times longer than the wavelengths of medical x rays or x-ray diffraction from natural crystals. Get this from a library.
Soft X-ray optics. [Eberhard Spiller] -- This text describes optics mainly in the 10 to angstrom wavelength region. These wavelengths are 50 to times shorter than those for visible light and 50 to times longer than the.
High precision free-form optics and application to soft x-ray mirrors Paper Author(s): Takehiro Kume, Kentarou Hiraguri, Yusuke Matsuzawa, Yoichi Imamura, Hiroaki Miyashita, Takahiro Saito, Natsume Optical Corp.
(Japan); Gota Yamaguchi, Yoko Takeo, The Univ. of Tokyo (Japan); Yasunori Senba, Hikaru Kishimoto, Haruhiko Ohashi, Japan Synchrotron.
Soft X-Ray Optics (SPIE Press Monograph Vol. PM15) (Spie Press Vol Pm15) There have been substantial advances during the last 20 years, which one can see as an extension of optical technology to shorter wavelengths or as an extension of x-ray diffraction to longer wavelengths. Artificial diffracting structures like zone plates and Format: Paperback.
An X-ray microscope uses electromagnetic radiation in the soft X-ray band to produce images of very small objects. Unlike visible light, X-rays do not reflect or refract easily, and they are invisible to the human ore, the basic process of an X-ray microscope is to expose film or use a charge-coupled device (CCD) detector to detect X-rays that pass through the specimen.
Buy Optical Systems for Soft X Rays on FREE SHIPPING on qualified orders Optical Systems for Soft X Rays: Michette, A.G.: : Books Skip to. X-ray optics is the branch of optics that manipulates X-rays instead of visible deals with focusing and other ways of manipulating the X-ray beams for research techniques such as X-ray crystallography, X-ray fluorescence, small-angle X-ray scattering, X-ray microscopy, X-ray phase-contrast imaging, X-ray astronomy etc.
Since X-rays and visible light are both. X-ray optics technology unfortunately lags behind source technology and limits our ability to maximally utilize even today’s X-ray sources. With ever more powerful X-ray sources on the horizon, a new generation of X-ray optics must be developed that will allow us to fully utilize these beams of unprecedented brightness.
The increase of luminance (rather than flux) in modern soft X-ray sources opens the way to coherent optics, a new research field in that spectral domain.
Some experiments requiring coherence are mostly related to imagery, such as scanning. Andrew Aquila (SLAC), "Development of EUV and Soft X-ray Multilayer Optics for Scientific Studies with Femtosecond/ Attosecond Sources", AS&T.
(Ph.D. 5/) Dr. Anne Sakdinawat (SLAC/Stanford), "Contrast and Resolution Enhancement Techniques for Soft X. Get this from a library. Soft x-ray optics and technology: DecemberBerlin, Federal Republic of Germany.
[Ernst-Eckhard Koch; G Schmahl; Berliner Elektronenspeicherring-Gesellschaft für Synchrotronstrahlung.; Society of Photo-optical Instrumentation Engineers.;]. This requires advanced x-ray optics, which will be discussed in this chapter.
X-ray optics differ from optics for visible light because the refractive index is very close to unity, and because absorption plays a large role for all optical components. Especially in the soft x-ray range, this makes conventional refractive optics impractical. This Special Issue of the journal Applied Sciences “Advanced EUV and X-Ray Optics” calls for research articles covering such new ideas and recent advances in the design, development, fabrication and application of EUV and/or soft X-ray optical elements and systems with unprecedented parameters.
Prof. Ulf Kleineberg. The multielement structures (zone plates and multilayer mirrors) that have been fabricated during the last two decades can be used as normal incidence imaging elements, and high-quality soft x-ray imaging has become one major application.
The narrow bandwidth of the devices has also become useful for spectroscopy, often simultaneously with by: 1. The Center for X-Ray Optics at Lawrence Berkeley National Laboratory works to further science and technology using short wavelength optical systems and techniques.
We create and operate advanced experimental systems to address national needs, support research in material, life, and environmental science, and extend the forefront of.
X-rays make up X-radiation, a form of high-energy electromagnetic X-rays have a wavelength ranging from 10 picometres to 10 nanometres, corresponding to frequencies in the range 30 petahertz to 30 exahertz (3×10 16 Hz to 3×10 19 Hz) and energies in the range eV to keV.X-ray wavelengths are shorter than those of UV rays and typically longer than.
Summary. Optics and photonics technologies are central to modern life; indeed, UNESCO has recently adopted a resolution declaring to be the International Year of Light. 1 These technologies enable the manufacture and inspection of all the integrated circuits in every electronic device in use.
2 They give us displays on our smartphones and computing devices. The book reviews the most recent achievements in optical technologies for XUV and X-ray coherent sources. Particular attention is given to free-electron-laser facilities, but also to other sources available at present, such as synchrotrons, high-order laser harmonics and Brand: Springer Berlin Heidelberg.
RXO's laser-plasma-based reflectometer is used for at-wavelength characterization of multilayer optics in the soft X-ray and EUV bands.
The large goniometer, which is housed in a soft-wall clean room, has 7 degrees of freedom (X,Y,Z, φ, χ, ϴ and 2ϴ) and can be used to measure coating uniformity on substrates as large as ~30 cm in diameter. The Journal of X-Ray Science and Technology is an international journal designed for the diverse community (biomedical, industrial and academic) of users and developers of novel x-ray imaging techniques.
The purpose of the journal is to provide clear and full coverage of new developments and applications in the field. Areas such as x-ray microlithography, x-ray .a workshop, X-ray Optics for BES Light Source Facilities, which was held March 27–29,near Washington, D.C.
The charge given to the co-chairs of this workshop is given below. The Department of Energy (DOE), Office of Basic Energy Sciences (BES) is sponsoring this workshop.X-Ray Optics Print. XOS specializes in the development and manufacture of X-ray and neutron optics for enhancement of applications including material composition and thin film analysis; and material stress, strain, structure, phase, and texture.


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The next generation of Cloud Computing Platforms
Cloud computing is transforming the way we use the web but there’s still a long way to go before we make full use of the promise it offers. Professor Ignacio Martin Llorente looks ahead to a more flexible and agile future of internet-enabled service provision in a virtual computing environment..
Ask anyone in the computer industry when the term ‘cloud computing’ was first coined and you’ll get a variety of answers going back to the 1990s. But it is only in recent years that the concept – which first emerged four decades ago – has really taken hold of the popular imagination; today it is one of the most dynamic fields of research in computing.
“Cloud Computing is a platform for the on-demand provision of IT-enabled capabilities,” explains Ignacio Martin Llorente, professor in computer architecture and technology, and head of the Distributed Systems Architecture (DSA) research group at Spain’s Complutense University of Madrid.
Clouds can be private (delivering services to a restricted number of clients), public (where clients source the services themselves over the internet) or hybrid (where some resources are provided in-house and others externally).
But what’s clear is that Cloud Computing is already transforming the way we use the web. Just as we do not concern ourselves with how our electricity is generated but simply flick a switch whenever we need power, so Cloud Computing provides a platform for the development of a service-based online economy in a virtual computing environment
Cloud Computing allows data centres to operate more like the internet by enabling computing across a distributed, globally accessible fabric of resources. Benefits include far lower costs – companies supplying internet-based hosting today typically need to over-provision their servers by as much as a 500% to handle peak loads – and less hardware, along with a reduction in software complexity, faster time to market, improved reliability and greater accessibility of consumers to government and business services.
But a great deal of work still needs to be done before the possibilities offered by Cloud Computing are fully realised, says Prof Llorente: “Cloud Computing is not only a way to use existing technologies; new technologies and enhancements of existing technologies are required to address the requirements of Cloud infrastructures.”
Cloud Computing offers two key areas of research challenge: “Those addressing the requirements of next generation private, public and hybrid Cloud Computing platforms; and those addressing the adaptation of service workloads to take advantage of next generation Cloud Computing platforms.”
Prof Llorente’s DSA group, which was set up in 2002 to conduct research in advanced distributed computing and virtualisation technologies for large-scale infrastructures and resource provisioning platforms, is a core partner in RESERVOIR, the main European research initiative in virtualised infrastructures and Cloud Computing.
The three-year Resources and Services Virtualisation without Barriers project was launched in February 2008 with 12 partners and a €17.3million budget of co-funded by the European Commission under the Seventh Framework Programme. “The aim is to develop the open-source technology to enable deployment and management of complex IT services across different administrative domains,” says Prof Llorente.
“RESERVOIR’s open-source approach supports the definition of open standards for Cloud Computing, breaking the lock-in imposed by vendors today and allowing any organisation to build its own local or public Cloud infrastructure.”
Of the three different types of Cloud infrastructures – SaaS, PaaS and IaaS, Prof Llorente believes “the main novelty and greater potential is at IaaS level”.
In SaaS (Software as a Service) an application is licensed to customers for use as a service on demand, whereas PaaS (Platform as a Service) involves a scenario in which 3rd-party applications are developed for individual pieces of service-delivering software. But in IaaS (Infrastructure as a Service), services are delivered, on demand, over a network of a virtual computing environment.
Important topics of research for this kind of infrastructure include interoperability and portability between Cloud providers; open business framework for relationships between infrastructure providers; and higher value self-awareness, self-knowledge, and self-management capabilities.
When it comes to its Cloud manager, RESERVOIR uses the open source virtual infrastructure engine OpenNebula. “It is the result of many years of research and development in efficient and scalable management of virtual machines on large-scale distributed infrastructures,” says Prof Llorente.
“The technology has been designed to address the requirements of business use cases from leading companies in the context of flagship international projects in Cloud Computing, such as RESERVOIR. OpenNebula is now a widely used open-source Cloud manager that fits into existing data centres to build private, public and hybrid IaaS Clouds.
“Among the main innovations developed in RESERVOIR are: support for elastic multi-tier services; flexible and scalable back-end for virtualisation, storage and networking management; and support for Cloud federation and interoperability.”
What’s the difference between Cloud Computing and Grid Computing, which uses many computers in a network for a single task or goal, often to solve a scientific or technical problem? “In my view, while Grid is about interoperability, Cloud is about on-demand provisioning of virtualised resources. I venture these complementary technologies will coexist and cooperate at different levels of abstraction in future e-infrastructures,” says Prof Llorente.
“On one hand, Clouds could help to overcome many of the barriers to Grid adoption. On the other hand, Clouds should take advantage of the research and development conducted by the Grid community, for example in the adoption of standard Grid interfaces and functionality."
Cloud technologies and services, especially virtualisation, will optimise and simplify the operation of high performance computing (HPC) infrastructures, he adds: “Using private Cloud technologies for resource provisioning would enhance failover and redundancy solutions, and permit machine migration for flexible load balancing and energy efficiency.
“Virtualisation of the site infrastructure would also allow the dynamic provisioning of worker nodes to address the demands of different user communities, and the execution of virtualised HPC clusters with elastic capacity in terms of the number of nodes and their capacity,” he says.
“In addition, using hybrid Cloud technologies would support the ability of ‘elastic’ sites to expand available computing resources in the local Cloud to meet peak demands using remote Cloud providers.”
Looking ahead to the future, Prof Llorente predicts that tomorrow’s data centres will look like “private Clouds supporting a flexible and agile execution of virtualised services, and combining local with public Cloud-based infrastructure to enable highly scalable hosting environments”.
Public Cloud providers will offer pay-per-use resources on demand; be supported by a network of geographically distributed data centres which are interconnected to meet fluctuating demands while Grid infrastructures will evolve into Grids of Clouds, so supporting the sharing of raw infrastructure between partners and not only resources for computing tasks, he says.
Europe is well positioned, he believes, to play a leading part in this new era of internet-enabled service provision: “Europe should play a major role in the creation of the components for next generation private, public and hybrid Cloud Computing platforms.”
Ignacio M. Llorente, Ph.D in Computer Science (UCM) and Executive MBA (IE Business School), is a Full Professor in Computer Architecture and Technology, and the Head of the Distributed Systems Architecture Research Group at Complutense University of Madrid. He is co-leading OpenNebula, the widely-used open-source technology for cloud computing, and participates in the main European initiatives in Cloud Computing. For further information, please visit; www.dsa-research.org
Published: Monday, 23rd August 2010 by Adelle Kehoe
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Consumers and businesses are both anticipating that 5G mobile networks will be the next frontier for everything from enhanced mobile communications to ultra-reliable low latency IoT, to factory automation, to self-driving cars, to augmented/virtual reality, and beyond. The broad benefits promised by 5G include data transmission that is more efficient with lower latency, improved network reliability and faster download speeds. Carriers are seeking revenue growth, consumers have high hopes that 5G will be transformational in a way that breathes new life into the mobile experience, and businesses are seeking to drive digital transformations that enhance operational efficiency and improve time to market for innovations.
But the truth is 5G is complicated, and it will take time to fully build out the network infrastructure that will provide a consistent experience for consumers and businesses alike. Before the 5G experience can be transformational, mobile carriers and their infrastructure partners will have to invest substantially in completely reimagined networks. Making the right investment decisions will be critical to delivering the promise of the 5G experience.
Bandwidth and Propagation Attributes are Critical Components of the Spectrum Equation
When carriers invest in their networks, one of the first and most important considerations involves determining the optimal spectrum required for their primary use cases. 5G networks can leverage low-, mid- or high-band spectrum. The choice of spectrum dictates the potential coverage and speeds, which then drive the required network infrastructure to support it. Although there are advantages to all three spectrum bands, lower-bandwidth spectrums often appear to be more attractive investments because they require less initial investment than higher-bandwidth spectrums.
Features of Low-band Spectrum – Under 1 GHz:
- Greater coverage areas because of less atmospheric scatter (lower signal attenuation)
- Better coverage inside buildings from greater penetration through common vegetation and construction materials
- As a result, low-band will typically require less infrastructure investment for a given area:
- Fewer towers/antennae
- Fewer RAN nodes
- A less-dense mesh of available fiber
- Unfortunately, the attainable data transmission speeds are much lower in this band as compared to higher bands
Features of High-band Spectrum, referred to often as “millimeter Wave” – Above 6 GHz:
- Significantly higher speeds (when 5G carriers claim speeds 100x faster than 4G, they are generally referring to high-band spectrum applications)
- Smaller coverage areas due to greater atmospheric scatter (greater signal attenuation)
- As a result, high-band spectrum deployments will typically require more infrastructure investment for a given area:
- More towers/antennae
- More RAN nodes or modified RAN architectures (like Centralized RAN, or C-RAN)
- A more-dense mesh of available fiber
- Unfortunately, these spectrum wavelengths typically have poor building penetration and foliage can scatter these waves as well
Features of Mid-Band Spectrum – Between 1 GHz and 6GHz:
- Offers a middle ground when choosing the spectrum band for a specific use case
- Higher speeds than low-band spectrum
- Better coverage then high-band spectrum
- Allows for some building penetration
- Though, admittedly, this spectrum does not maximize performance for any of speed, coverage or building penetration
- As a result, mid-band spectrum deployments will typically provide better ROIs from a more moderate infrastructure investment for a given area:
- Moderate towers/antennae
- More options for selecting optimal RAN solutions
- More backhaul options with better ROIs from fiber, microwave or wireless
All carriers will ultimately deploy a mix of the Spectrum bands (low, medium and high) to optimize their networks.
However, while cost is an important factor, meeting or exceeding customer expectations is essential for long-term growth. The promise of 5G includes bandwidth that is up to 100X faster than 4G, lower network latency and improved energy efficiency. Many customers expect to be able to substantially increase their bandwidth and realize the full benefits of the 5G experience as soon as 2021 when they trade in their 2+-year-old mobile devices for new 5G devices. The truth is, aside from technologies that are deployed by mobile carriers to maximize bandwidth for devices (such as MIMO and Beamforming, which we will cover in a future discussion), the speeds attained on 5G at lower-bandwidth spectrums will be only marginally better than current 4G LTE speeds.
T-Mobile has already rolled out a nationwide 600Mhz-based 5G network and has acknowledged that it currently provides little improvement in speed over 4G. So, why invest in a 5G network at all if the user experience will not be materially improved? Because, over time, there will be tower, fiber and network expansion along with mid-band and high-band carrier 5G spectrum deployments, so eventually, there will be no comparison between 4G and 5G — none whatsoever.
The Impact of Spectrum Bandwidth on the 5G Experience
The relationship between spectrum bands and network investments is complicated and location-specific. At first glance, a lower-band spectrum may appear to be a more efficient investment than a higher-band spectrum due to cost and coverage. However, speed and the customer use case must also be considered in the equation. That is, what are the download (or upload) speeds that are required based on your application needs? It turns out that downloading (or uploading) on the highest-bandwidth spectrums can be up to 100 times faster than on the lower-bandwidth spectrums, which could significantly enhance the 5G user experience and possibly be a game changer! When the download and upload speeds are considered, higher-spectrum investments may provide a better return. When the time comes to invest in your network, what impact will your choice of spectrum band have on the 5G user experience you can deliver?
The Northridge Group excels in process and operations transformations, data analytics and customer experience. We have deep domain expertise in telecommunications, healthcare, financial services and government and can guide you through the complexities of the decisions that need to be made to deliver the broad promises of 5G. We would be happy to discuss your company’s mobile network approach and the best ways to optimize your operations. To start the conversation, contact us.


I would think that when you buy an item that has Bluetooth capabilities that you should be able to buy headsets for it that are completely Bluetooth ready without having to use any wires of any kind. I personally love my PS4. Due to my back issues, I spend ¾ of my day on it playing Destiny, and I own various headsets for it. I have been on the hunt for a COMPLETELY wireless headset for it that isn’t overly heavy to wear for extended periods of time.
Bluetooth should be universal. A company should not lock a Bluetooth to only use their Bluetooth devices. Point the being, a game system that is Bluetooth enabled that does not allow third party universal access and it only allows access by their devices seems to be unfair. I don’t understand why it would be so difficult to enable a universal Bluetooth except to make money, when they shouldn’t need to be making so much money. The previous game system had no problem hooking up universal Bluetooth devices. However, when they upgraded it seemed like they were more interested in dominating self-promotion than their consumer needs or wants.
We’ve been calling our local stores and also chatting with companies via Twitter, and Turtle Beach states that their Ear Force Stealth 500P headsets are completely wireless Bluetooth headsets with the USB connection. I keep getting told various things from different people concerning whether or not they are 100% wireless. However, I am definitely considering giving them an honest try.
If you use a 100% wireless headset on your PS4, what headset are you using?


Marine Source Unit with LCD Display
Engineered for marine and powersports applications, the CMM-10 is an ultra-compact, weatherproof (IP66 rated) source unit with built-in power and versatile audio features.
Outfitted with a variety of mechless audio source options, the CMM-10 features a global, digital AM/FM tuner with RDS (Radio Data System) display info, Bluetooth® audio streaming and a USB 2.0 input for playback from your USB storage device (with 1A charging), all designed to deliver non-stop audio, no matter how rough your outdoor adventures may get.
A rugged, weatherproof (IP66 rated) chassis houses a 2.09-inch (53 mm) LCD display with large text and dimmable control for nighttime viewing. When in motion, you'll appreciate its single rotary control, backlit buttons and uncluttered user interface.
Flexible audio output options include a rock-solid, onboard amplifier, capable of powering your speakers with 80 watts (20W RMS x 4 @ 4 ohms) of high-fidelity sound to two main zones, as well as a stereo pair of crystal-clear preamp outputs (1.5V RMS), with selectable Zone 2 or subwoofer functionality. Customize your sound with onboard tone controls (Bass & Treble), plus independent subwoofer zone level control.
- Built to exceed industry standards for salt fog/UV exposure and vibration (ASTM B117/D4329)
- IP66 rated design and construction
- 2.09-inch (53 mm) LCD display with dim control
- Intuitive interface with large text
- Single rotary control and backlit buttons
- Global, digital AM/FM tuner with RDS (Radio Data System) extended display info
- Save up to 9 of your favorite AM/FM tuner stations
- Wireless Bluetooth® audio streaming
- USB 2.0 input with 1A charging output
- Built-in Amplifier: 4 x 20W RMS at 4 Ohms
- 2-channel preamp (1.5V RMS) outputs (Zone 2 or subwoofer)
- Built-in tone (Bass/Treble) controls
- Independent subwoofer zone level control
Salt & Sun Certified
- This product meets or exceeds the following:
- ASTM B117 (Salt Fog Exposure)
- ASTM D4329 (UV Exposure)
- 3.0G Vibration Resistance
- Coated circuit boards resist corrosion in marine environments.
- Designed for very low power consumption when turned off.
- Water resistance varies by model
Find the answers to many common questions:
Available in stores only


The new TCL 10 SE smartphone
From watching a movie on the impressive 6.52-inch V-notch screen –θήκες κινητών– and NXTVISION optical technology, to capturing important life events with the flexible 48MP AI triple camera, the TCL 10 SE offers a complete performance and carefree experience that will cover all the needs of your daily life, over and over again.
The TCL 10 SE will let the fans of TLC smartphones run at the top performance possible, with an 8-core 2.0GHz processor, large 128GB ROM and 4000mAh battery, giving you functionality and an impressive NXTVISION visual experience combined with virtual elegance.
The TCL 10 SE brings the “Display Greatness” philosophy to life with high quality technology at a very affordable price.
Enhanced viewing experience- Excellent optics
The projection became even more exciting with the TCL 10 SE, thanks to the 6.52 inch V-notch screen, the 20: 9 aspect ratio and the 89% * 1 screen / body ratio, you will enjoy an uninterrupted & smooth cinematic experience while the device remains compact and the screen optimized!
Your images will be transformed into works of art, where exceptional colors, contrast and sharp details are optimized in real time. Thanks to the NXTVISION enhancement of the screen and the automatic contrast enhancement, as mentioned before, your images are optimized to provide the greatest resolution in any lighting condition.
Thanks to the viewing options of the TCL 10 SE you will always have relaxed eyes. “Ultra-Dimming” provides a flicker-free display with deeper blacks and brighter whites, ‘Reading Mode’ makes reading as if you were reading from paper, and ‘Eye Comfort’ reduces harmful blue light for a more relaxed view.
Keep all details: flexible 48MP AI triple camera
Capture all your highlights and create the most detailed shots with absolute ease using the 48MP High Definition Triple AI Camera that automatically recognizes scenes and objects resulting in the best lighting for your high resolution photo. The TCL 10 SE also applies 4-in-1 big pixel technology that makes your shots twice as bright, even in low light environments * 2.
The TCL 10 SE offers ‘professional’ flexibility when it comes to capturing truly great moments. With a 115 ° Super Wide-Angle camera you will be able to capture the whole scene without leaving any details * 3 and a depth camera that creates beautiful bokeh for your portraits.
Stay creative and explore the abilities of filming with the AI Portrait Color mode, AI Video Bokeh and Shaping Video Modes.
Effective and comfortable experience – Complete performance of TLC 10 SE
When you need high-performance performance to keep your daily routine smooth, the TCL 10 SE ensures continuous operation with an octa-core 2.0GHz processor that performs a variety of tasks with incredible ease of flow. You will also be able to store and always have access to the photos, videos, music and files you need instantly via the large 128GB memory.
The TCL 10 SE offers you reliable power all day, with a large 4000mAh battery, without the need to recharge your device. And when it’s time to charge your device, the 15W fast charging feature brings you back to 100% fast so you can get started right away. The TCL 10 SE also benefits from On-The-Go reverse charging, where you can charge another device wherever you are * 4.
Expand your audio horizons via multi-streaming with Super Bluetooth. You are also able to connect up to 4 (!) Bluetooth speakers or up to 4 Bluetooth headsets at the same time and enjoy multi-share music at its best.
Turn access to your device into a simple event with the dedicated Google Assistant key and smart security features. From handling tasks, getting instructions or smart suggestions with your Google Assistant (virtual service), or unlocking your phone with a touch from your fingertips or even a glance using the Face Unlock or TCL 10 fingerprint sensor on the back SE supports you in your daily life.
Amazing elegance and sleek design
The TCL 10 SE offers a discreet charm smartphone thanks to its silky smooth design and finish. The beautiful elegance of the 2.5D double-sided windshield with curved back offers ergonomic grip comfort, while the perfectly aligned symmetrical details and visually appealing matte & glossy finish produce a holographic effect * 5 inspired by the beauty of the Arctic and leaves you with the sense of refined elegance.
the TCL 10 SE is available, starting at € 189 at Icy Silver or Polar Night.
1. The screen-body ratio is calculated by the VA / TP method.
2. 1.6μm are achieved by combining four 0.8μm pixels.
3. Compared to standard camera angle (approx. 74 degrees) apart from the wide angle distortion correction. Data provided, are based on results from TCL Camera Lab tests.
4. The package charger only supports charging up to 10W.
5. The Holographic effect is only for the Polar Night shade.


Finding Fevers From the Air
AgriLife Research targets feverish cows with drones.
Scientists within The Texas A&M University System are testing new technologies at a feedlot in the Texas Panhandle to find ways to reduce the use of antibiotics in livestock and provide consumers with a healthy meat supply.
Lately, drones equipped with thermal imaging cameras have been buzzing over a research feedlot near Amarillo, as researchers develop test methods to identify feverish animals before they show symptoms of illness, such as eating less feed, or infect other animals.
Engineers from Texas A&M AgriLife Research believe that producers will be able to detect sick animals earlier and target their use of antibiotics more precisely than is possible with current technology.
Small, remote-controlled and unmanned aerial vehicles are already central to a type of technology-assisted farming known as “precision agriculture.” Drones have been used to monitor crops to help reduce water, fertilizers and pesticides.
Now their use is being explored with livestock. It is a natural extension of precision agriculture, Texas A&M University System Chancellor John Sharp said.
“Millennials are getting blamed all the time for destroying industries, but in this case, they are creating one,” Sharp said. “Demand for antibiotic-free meat and ingenuity from Texas A&M AgriLife Research scientists is leading to some very exciting technology and a new segment of precision agriculture.”
Drones equipped with thermal imaging cameras have been buzzing over a research feedlot near Amarillo, as researchers develop test methods to identify feverish animals before they show symptoms of illness. [Photos courtesy Texas A&M AgriLife Research]
Brent Auvermann, center director at Texas A&M AgriLife Research and Extension Center in Amarillo, said drones are being used more than ever nowadays to address issues of modern life.
“By taking images and using sensors of different kinds from above, we think we’ll be able to tell what needs to be done and go do it,” he said.
The use of drones to pick out sick cattle isn’t AgriLife Research’s only way to spot sick livestock. Scientists in College Station and the Panhandle also are experimenting with video cameras and artificial intelligence to identify ailing animals based on their behavior.
“Veterinarians already use thermal imaging in their clinical practice, for example, to detect lameness in horses,” Auvermann said. “We’re thinking we ought to be able to put a thermography instrument up in the air and extend its usefulness, especially as the technology gets better and cheaper.”
To watch a video on this technology, visit https://youtu.be/tWVxOuLwsv4.
Editor’s note: Blair Fannin is a media relation specialist with Texas AgriLife Extension Communications.


Analyze unknown wireless protocols of various IoT devices with the help of this comprehensive and extremely powerful piece of software. Universal Radio Hacker is a fascinating, cross-platform application (also available for macOS and Linux) which allows you to accurately investigate unknown, "in the wild" wireless protocols of most IoT devices.
A few words on what this tool provides and how to get started with itp
Of course, before we dive even deeper into details, it’s worth noting that getting this utility up and running is just part of the process, as you also need an SDR, short for software defined radio. To put it as simple as possible, Universal Radio Hacker acts as a comprehensive interface between you and your SDR device.
To ensure that you start off as easily as possible, we recommend you check out the official user guide in PDF format and the official Wiki page on the utility’s GitHub repository for more information on all the supported devices. There’s also a very useful YouTube quick-guide at the end of this review, which is also worth checking out.
Comes with support for a wide array of SDRs, including the basic RTL-SDR USB devices
That said, here’s a list of some of the features that should get you interested in this utility. For starters, it comes with support for some of the most common SDRs, such as the HackRF One or the SDRplay RSP2pro, for example.
As expected, it’s also very savvy when it comes to helping you reverse engineer wireless protocols. It sports easy demodulation for a wide array of signals, customizable decoding to crack advanced encodings such as CC1101 data whitening, fuzzy component search, support for modulation, and it also provides you with the possibility to assign labels for easy protocol understanding.
Well-versed when it comes to sniffing, recording, and analyzing wireless protocols
In short, it’s quite advanced when it comes to getting the data out of raw protocols, analyzing the included complexities, and recording and sending signals as well. Best of all, it’s not as difficult to use as you might imagine. The interface is plain with little in terms of eye candy, however, the overall functionality is top notch.
There are four main, self-explanatory tab sections which you can readily access at a moment’s notice like Interpretation, Analysis, Generator, and Simulator. All other relevant features (Spectrum Analyzer, Signal Recorder, Protocol Sniffer, and Decoder) are all accessible from the File and Edit menu, respectively.
Universal Radio Hacker – a digital signal reverse engineering software for the masses
Taking everything into account, it’s safe to say that Universal Radio Hacker is indeed a very cool tool that allows anyone (with a bit of time spent on reading the recommended guides) to reverse engineer wireless signals and hack various IoT devices in order to detect potentially critical security flaws.Whats New:New features:
added font size zoom to table views (analysis/generator/simulator); more details in #546
greatly enhance accuracy of automatic interpretation #550
added DC correction option to recording dialogs and as a new filter type in Interpretation #552
ignore case when searching for hex values in analysis #544
RSSI is now given in dBm #549
Fix display of RSSI indicator in Interpretation #547


We Love Wind
We Love Wind is a Google Maps mashup that provides a global weather service showing wind information tailored to individual locations. The wind data shown on the map is displayed in a form that is most relevant for wind sports.
We Love Wind first featured on Google Maps Mania last year but as the map's creator, Jakob Aarøe Dam, has just won the prize for the best computer science thesis from the Danish Society for Computer Science, we thought it was worth another mention. Jakob's We Love Wind Map formed the practical side of his thesis and helped its creator achieve the highest possible mark for his computer science degree.
Jakob's map shows surfable locations with green crosses and non-surfable locations with a red cross. Wind strength is shown by different coloured and different sized arrows. A wind forecast timeline is available under the map. Using the timeline it is possible to view the wind speed and direction forecast for the next few days.
We Love Wind also contains a surfing locations map. If your favourite surfing spot isn't currently on the map then you can add it yourself.


(GCPC): A Visual Analytics system for exploring among complex environmental data. The core of the system is comprised of two tightly coupled coordinated views: a parallel coordinates plot and a geovisualization. Parallel coordinates plot is a visualization method that represents a large number of dimensions using parallel axes. Individual data points are represented using polylines, intersecting each axis at the appropriate location for the value on the specific dimension. The geovisualization shows the geographical distribution of the data to allow for exploration within the relations of the multiple factors and the geospatial aspects of the data. The system also includes a scatter plot view which allows analysts to interactively investigate direct correlations between multiple factors.


Since the last update, I have completed the new security features in the kernel: there is now basic support for users/groups, and all kernel objects now have access control lists. The ext2 module has also been updated to support conversion between kernel ACLs and POSIX modes on the filesystem, and the userspace POSIX subsystem also supports this.
After finishing this, I returned to working on the GUI. I have done some major performance improvements, and I now get good performance from it on a 500MHz Pentium III. I also implemented a basic C++ API for creating windows and handling input in applications, and using this I wrote a new terminal emulator application. This allowed me to port bash (which is now included in the repository and therefore with every build of Kiwi), as well as ncurses and nano. The obligatory screenshot:
I am now working on cleaning up the codebase and going through my (very large) TODO list.


Open-source Hybrid Classical-Quantum Machine Learning Framework
We release TorchQuantum, an open-source PyTorch-centric hybrid classical-quantum machine learning framework. We support easy construction of parameterized quantum circuits in PyTorch; bach mode inference and training on CPU/GPU;dynamic computation graph for easy debugging; and easy deployment on real quantum devices such as IBMQ. We can support more than 26-qubit simulation with order-of-magnitude faster speed than PennyLane. The official website is at qmlsys.


Decade by decade the technologies around us changing continuously. From phonographs to MP3s or mobile for listening to music, from old video projectors to advanced smart televisions for streaming videos, from 1G to 5G and many more - the technology and their trends have undergone drastic uplift till now. Still, there are many more to come. Now let us know about a few of the revitalizing technologies that possibly going to hit in this decade.
Till now we were able to get only flat printouts of any model we wanted, that what we called 2-D printing. After the evolution of the tech era, we will be able to see a printer giving out the 3 dimensions, realistic model of what we want. This technology has already started booming in many manufacturing industries, giving out small demo models but is expected to build huge models in the coming years.
Self Driving Cars
Hiring a driver or driver your own is sometimes quite tiring. Isn't it? In the previous decade, many demo self-driven cars were tested on roads. At that time, it created a buzz over the news and gossips only but not for actual use. However, after facing many ups and downs, few of the companies are on their way to release Self-Driven cars in the coming years. Moreover, these cars will be run on electric power rather than combustion fuel. India is likewise intending to supplant a critical bit of its traditional combustion cars by electric vehicles in the coming decade, especially to lessen pollution and furthermore to make occupations through the assembling of such vehicles.
Bluetooth based devices
From the past few years, the Internet of things has started attracting technology industries. It is all about giving life to your device and make it work either through your voice or actions. This is going to be the core for most of the upcoming technologies that also include Self-Driving cars.
Fiber optics innovation has changed the hidden foundation of gadgets, for example, TVs, phones and the Internet.
These are the advancements that most people who've caught wind of fiber optics consider at the notice of the development.
Fiber-optic lines are made utilizing optically pure glass that is meager as human hair and can transmit correct information over very long distances.
5G - fifth-generation wireless networking
With 75 billion IoT gadgets expected to be set up by 2025, the world is at the cusp of encountering an innovation that will change our lifestyles. 5G systems are beginning to go live over the world.
The initial scope of 5G is to make enhanced mobile broadband, which will carry better experience for smartphones with multiple times quicker information and fixed remote access.
As the saying goes, 'The only thing that is constant is change', so, all those technologies that have already made our lives comfortable are going to make much more in this decade.


Sony’s 65″ HX729 LED TV boasts amazing picture quality in Full HD 1080p. Sony has consistently been one of the highest performing TV’s available for quite some time and now is your chance to snag one at a great price. On sale now for $2999 you’ll save over $1000 on this TV, there might not be a better time to buy. The TV is on display in our conference room and the picture quality is outstanding, as it’s come to be expected with Sony. Come by and check it out, it might not be here long.
Don’t forget to come out and show your support for Audio Video in the Best of the Brazos Valley 2012 competition! You can click here and follow the simple instructions to cast your vote for Audio Video and all your other favorite local businesses. Voting ends July 6, so come out and cast your votes, thanks for your support!
JL Audio has long been known for their prowess in the mobile audio sub woofer market, but it has not been until the past several years that they have emerged onto the home audio scene. Even at that, not very many people outside of home audio enthusiasts have even heard of JL, which is truly a shame, because these guys work wonders. We have the privilege to have the JL F113, their 13″ woofer, on display in the store. It doesn’t take long before you turn up the volume enough to rattle the entire store. Yet, it is not the immense power being produced by this sub woofer that is it’s most impressive feature, it is the brilliance and clarity with which it reproduces low frequency audio that will win you over. This relatively compact sub competes and often outperforms sub woofer systems that are several times its size. In order to achieve the audio brilliance the sub was designed to create, JL has implemented several features and placed the controls on the front of the sub woofer to ensure that your subwoofer is optimized to its specific location in order to achieve maximum performance. The JL Fathom is the clear choice for those looking to get the most out of their home theater systems, just be careful of how loud you turn your system up, you might disturb the neighbors.
The 55′ LG OLED, or Organic Light Emitting Diode, display took Best of Show at CES 2012. The TV is as thin as 3 credit cards in it’s most narrow point and weighs a mere 16.5 pounds. These dimensions, coupled with the amazing picture clarity from it’s 4 color OLED technology allowed this TV to rise to the top. It has been 15 years since flat screen TVs have emerged on the scene and since then the TV has remained relatively unchanged. Yes, picture quality has increased greatly even as TVs have become more affordable, but the game hasn’t been turned on it’s head since then. With the relative uneventful appearance of 3D TVs, LG is hoping their OLED display will shake things up. Since this is new technology, being the first to get your hands on the the cutting edge TV will cost you. Predicted to be around $8000 to $9,000, it appears as if the OLED technology will take time before it becomes affordable and is truly able to take off. However, OLED displays are not limited to TVs alone. Many people see practical uses in the technology’s future thanks to it’s ruggedness, flexibility, light weight, and energy efficiency.
Research and development in the field of OLEDs is proceeding rapidly and may lead to future applications in heads-up displays, automotive dashboards, billboard-type displays, home and office lighting and flexible displays. Because OLEDs refresh faster than LCDs — almost 1,000 times faster — a device with an OLED display could change information almost in real time. Video images could be much more realistic and constantly updated. The newspaper of the future might be an OLED display that refreshes with breaking news (think “Minority Report”) — and like a regular newspaper, you could fold it up when you’re done reading it and stick it in your backpack or briefcase. So keep an eye out for OLED, it looks as though it will be around for quite some time.
MX121 is the control hub of the finest home theater systems. All current and legacy audio and video sources may be controlled, processed and operated through MX121. An extensive and flexible feature set, allow MX121 based systems to be configured to match the exact needs of the users. Home network ethernet communication is supported so you can stream audio and photos directly from your computer and the internet.The MX121 has the ability to automatically switch power On/Off to McIntosh Power Amplifiers via the Power Control/Trigger connections. Apple AirPlay allows wireless streaming from the iTunes library on any device as well as a rear panel USB input for digital iPod®, iPad®, or iPhone® connection.
The long awaited new Apple TV is now available for pre-order. Although this announcement is largely overshadowed by the unveiling of the new iPad, this is a long overdue upgrade of the Apple TV.
For those of you that don’t know, the previous 2 or 3 versions of the Apple TV were only able to output 720 lines of horizontal resolution. The new version will output at a full 1080 lines to give you all of that resolution you have been missing out on. Chances are that you currently own a flat panel that is 1080p or have a high-quality home theater with a 1080p LED or DLP projector , Now you can enjoy the easy to use Apple TV and also take advantage of the new icon based interface (see above). The previous menu system used a bunch more text and this new menu looks a whole lot more like an iPad or iPhone.
Keep in mind that this version, like the last incarnation, requires your TV to have an HDMI input. So don’t pre-order unless you are connecting this up to a projector or flat panel that has been built in the past 4 years or so.
Features of the new Apple TV:
- 1080p movies and TV shows downloadable from the iTunes Store
- New and improved 1080p user interface
- Ability to re-download purchased movies through iCloud
- “Genius” recommendations for movies
- Photo resolution bumped up to 1080p
- Single-core A5 chip
- 1080p output
In a nutshell, 4K refers to approximately 4 times the maximum resolution of current high-definition (HD) displays. Today’s hi-def displays top out at 1080 x 1920 pixels of resolution, often referred to as “1080P”. At this time, there’s no agreed upon standardized definition of 4K (therefore the “approximately” 4x resolution). The HDMI organization (the people who set the specs for the popular HDMI audio/video cable in use today) recently added two of the 4K formats to its latest specification: “Quad HD” (3840 x 2160 pixels) and 4K/2K, also called 4K x 2K (4096 x 2160 pixels). Quad HD matches the 16:9 ratio (screen shape) of modern television screens.
The graphic here shows proportionally the amount of picture information in various formats. You can quickly see how much more picture information there is with the “4K” formats. Four times the resolution sounds amazing, and it does provide the clearest details we’ve ever seen, but for most people this doesn’t really become noticeable unless you’re either sitting very close to the screen or if your screen is very large (more than 80″).
That’s 4k in a nutshell.
Are you waiting for the iPad 3, the iPad2S or whatever they decide to call it? The iPad 2 was a big improvement over the original and I for one, am glad I decided to wait.
Now with Steve Jobs birthday coming up, February 24th, the rumors are flying about the surly soon to be released iPad update. Here’s what I have been able to find out so far.
Twice the Resolution and Four Times the Pixels
The current resolution of the iPad 2 is 1024 x 768 with a rather low pixel density of 132 ppi (pixels per inch). The pixel density of an iPhone Retina display is 326 ppi. The iPad 3 display is expected to be somewhere around 2048 x 1536 with a resulting 264 ppi, not quite a Retina display but you’ll see a very noticeable improvement. Rumor has it Apple has beefed up the backlight for the new, improved display which may make the iPad 3 slightly thicker.
2. Improved Camera
The iPad 3 is rumored to include a Sony-sourced, 8MP camera along with a higher resolution front facing camera which should make FaceTime video calls more special. We hear there’s still no flash for the camera but we wonder how many photos are shot with an iPad altogether.
3. Improved Battery Life
The currently run rate for a fully charged iPad 2 is around 10 hours. That could improve with a rumored 14,000 mAh battery supposedly coming from Simplo Technology and Dynapack Internation. This would represent a significant increase over the iPad 2’s 6500 mAh battery. The extra battery capacity could come in handy if Apple decides to include the power hungry 4G LTE networking.
4. Quad Core Processor
The iPad 2 runs on the same A5 dual-core processor as the iPhone 4S. Rumor has it the iPad 3 may run on an A6 quad-core processor.
5. It May Use the Faster 4G LTE Mobile Network
When the iPhone 4S launched without 4G LTE service which is widely available from Verizon and less so from AT&T, there was some grumbling from those looking for the latest high speed wireless standard. If rumor proves true we could see 4G LTE implemented in the iPad 3. It makes sense for a number of reasons. One we might see carriers subsidize the iPad in return for a contract and two it would give Apple a chance to “shake out” LTE for performance and battery drain issues before they release it on the iPhone 5 later this year.
So our emergency service department fielded a lot of service requests over the weekend to rescue many Grammy Parties due to DirecTV turning on the Energy Saver mode on many of the HD Satellite Receivers that are deployed in millions of households.
What does this mean?
It means that your satellite box will go into standby to save some energy when not in use. This will cause the loss of picture and sound until you turn it back on or press one of the following buttons:
- CHANNEL UP
- CHANNEL DOWN
Fortunately, there are a lot of buttons that wake up the receiver so it is an easy fix.
A big THANKS to our stellar Audio Video emergency service technicians who rescued lots of people sitting in really high-end home theaters staring at blank screens instead of watching Springsteen kick off the Grammys.
If you’ve experienced this black screen with your DirecTV HD receiver, now you know why and now you know the fix. This energy saver setting may be bypassed in the settings menu if it drives you crazy. Please leave it on, we all need to save energy!
How to fix:


Spend your day learning about space and space exploration at two different attractions in Houston. Visit Space Center Houston to learn more about the NASA Mission and astronaut training. Explore space at the Burke Baker Planetarium, which offers an unprecedented immersive experience with a best-in-class projection system.
Space Center Houston features more than 400 space artifacts including the world's largest collection of moon rocks and lunar samples. As the Official Visitor Center of NASA Johnson Space Center, guests are taken behind the scenes to see NASA Mission Control, International Space Station Mission Control, and areas used for astronaut training.
At the Burke Baker Planetarium, the newly updated Digitar 6 system enables our visitors to fly through the universe, experience the vastness of space, roam planetary surfaces, navigate asteroid fields, and watch the latest fulldome shows. With this pass you'll also gain entry to the Museum's permanent exhibit areas that examine astronomy and space science plus a whole host of other topics focused a little closer to Earth!


Aims and Scope
The International Journal on Smart Material and Mechatronics (IJSMM) is an international research journal, which publishes top-level work from all areas of Engineering Research and their application including Mechanical, Civil, Electrical, Computer Science and IT, Chemical, Electronics, Mathematics, Environmental, Education Geological etc. Researchers in all technology and engineering fields are encouraged to contribute articles based on recent research. Journal publishes research articles and reviews within the whole field of Engineering Research, and it will continue to provide information on the latest trends and developments in this ever-expanding subject.
Smart materials are designed materials that have one or more properties that can be significantly changed in a controlled fashion by external stimuli, such as stress, temperature, moisture, pH, electric or magnetic fields. Other keywords related to smart material are such as shape memory material (SMM) and shape memory technology (SMT)
Mechatronics is the synergistic combination of precision mechanical engineering, electronic control and systems thinking in the design of products and manufacturing processes. It relates to the design of systems, devices and products aimed at achieving an optimal balance between basic mechanical structure and its overall control. The purpose of this journal is to provide rapid publication of topical papers featuring practical developments in mechatronics. It will cover a wide range of application areas including consumer product design, instrumentation, manufacturing methods, computer integration and process and device control, and will attract a readership from across the industrial and academic research spectrum. Particular importance will be attached to aspects of innovation in mechatronics design philosophy which illustrate the benefits obtainable by an a priori integration of functionality with embedded microprocessor control. A major item will be the design of machines, devices and systems possessing a degree of computer based intelligence. The journal seeks to publish research progress in this field with an emphasis on the applied rather than the theoretical. It will also serve the dual role of bringing greater recognition to this important area of engineering.
Smart Material and Mechatronics publish the following types of papers:
• Regular Articles should describe original research of high quality in the field of Smart Materials and Mechatronics.
• Review Articles will generally be specially commissioned, however, suggestions for topics and authors are welcomed by the Editor-in-Chief.
•Technical Notes provide rapid publication of important new contributions.
Benefits to authors
We also provide many author benefits, such as free PDFs for all issues, a liberal copyright policy and much more.
Editor-In-Chief: Rafiuddin Syam


Wifi is limited by so many factors. single band, dual band, AC band.
one is 2.4 ghz, the other 5ghz . Main difference is the frequency divisions of 20mhz, 40mhz and 80 MHz respectively for them. Maximum speeds are known to be 65mbps, 130mbps and 200mbps onwards for AC band. It depends on the how dirty the radio band is.
Wired means you need to run LAN cables called RJ45 cat 5e or cat6 from the router / switch to your computer. The standards is FE or fast Ethernet which is up to 100mbps, GBe or 1 gigabit per second (some goes even up to 10gbe ports on servers)
To get the subscribed speed, LAN CABLE IS NEEDED for over 100mbps. It guarantees stability.
The quality of TP splicing and patch cord is also important.
So don't complain if you get 30mps if you are using a wireless-G standard as that is the max speed on your galaxy Tab


The Resen Waves Smart Power Buoy harnesses the constant movement of waves to power AUVs and instruments in the sea with clean, renewable, continuous energy whilst facilitating real-time, uninterrupted data communications.
A company in a late-growth stage that has already received funds. It shows a high level of transparency and communicates its mission and vision clearly, including a commitment to the SDGs, and reports on sustainability and impact. The startup usually has a positive impact on a global scale and generates substantial change for underserved communities or areas. The risk that impact will not occur as expected is medium.
The Resen Waves Smart Power Buoy powers a battery pack or docking station on the seabed through the mooring line. This power can then be fed to AUVs or other instrumentation in the sea.
The Smart Power Buoy is built as a floating mechanical device utilizing the wave movement to activate a generator and produce electric power via carbon spring technology which turns the center drum back and forth with the wave action.
Resen Waves aims to provide accessible, renewable energy and real-time data transmission for all companies irrespective of their size or budget.
Sale of the Resen Waves Smart Power Buoy


Powerful, yet compact UV disinfection system with pre-filtration designed for the larger home or light commercial application, for flow rates up 18 gpm (70 lpm).
Mounted on a reversible, heavy duty, painted steel bracket for installation flexibility
Disinfection flow rates: 18 GPM or 70 LPM (4.2 m3 / hr).
Connection on ¾ inch.
Pre-Filter Solution: Adds integral 5 micron pre-filtration module to the VH410 UV system. digital display. Controller will also go into alarm if the lamp fails
Convenient: Mounted on a reversible, heavy duty, painted steel bracket for installation flexibility
Reliable: The constant current feature ensures stable UV lamp output, regardless of power fluctuations
Space Efficient: High UV output lamp technology allows for a smaller footprint, while maintaining the same UV dose as a longer chamber
Reliable: High-performance UV lamp, rigorously tested to provide consistent output over the entire lamp life (9000 hours)
Application: Perfect for a wide range of whole-home, point-of-entry water treatment solutions in homes, cottages, or OEM applications


Nissan has been at the forefront of the development of autonomous cars, vehicles that are able to drive themselves on public roads by using commands from the occupants. Even though progress has been steady, there are still issues that need to be addressed such as safety, communication between vehicles and between vehicle and occupants, the changes to driving laws and new rules that need to be implemented, as well as how this will affect insurance companies.
Even so, Nissan is confident in the success of these new innovations and are looking to form a team of professionals that will be able to contribute and help deal with the current problems facing autonomous vehicles. However, they are not looking for help from the automotive industry, instead relying on the expertise and experience of people from other industries.
Nissan America R&D Senior Vice President Carla Bailo claims that this group will be very diverse with experts coming in with various specializations. It is their hope that this new gene pool will be able to come up with fresh and innovative solutions to their current problems. In order to show that they are serious with this new initiative, Nissan has just appointed former NASA scientist Maarten Sierhuis as lead on the project. His expertise is artificial intelligence and has worked with other companies such as IBM and Xerox.
For the rest of the group, Nissan will be turning to California for help, specifically Silicon Valley. This area is home to a huge number of IT and computer companies and, according to Bailo, represents a “talent trove” filled with endless resources.
In addition to these experts, the group will also benefit from partnerships with several universities such as MIT, Berkeley and the University of California. Several specialists from the Nissan Motors technical center in Atsugi, Japan will also be transferred to the team.


08 Nov How we see light
Lighting up the future
We live in exciting times. Already this year we’ve seen virtual reality eye tests and groundbreaking research into how patients view their optician. Well, we’re happy to let you know that we have another groundbreaking piece of research into eyes to let you know about.
For the first time in human history, we have been able to pinpoint individual colour sensing cells in the eyes of living individuals. Not only this, we’ve been able to activate them.
This was published in a report for the journal Science Advances. A team of scientists used flashes of light to stimulate cells at the back of two men’s eyes. These cells are called cone cells and they are used to detect colour, or so we thought. In response to the flashes of light, only some of the cone cells registered colour, others leaving only a sensation of whiteness with the men tested.
This is where the science gets a little bit more complicated. First of all, we need to understand that there are actually two sets of cells at the back of your eyes – cones and rods. Rod cells are adapted to help us see in the dark. They can’t detect colour, because our vision in the dark relies upon detecting tiny amounts of light. In the light rod cells become unresponsive. Cone cells detect bright light. In other words, you see with two different parts of your eye based upon how light it is around you.
Next: there are different types of cones. L-cones are sensitive to red and yellow light. These forms have longer wavelengths than other forms of light. M-cones absorb green light. S-cones detect shorter wavelengths, helping us to see blue light.
The paper in Science Advances, co-authored by Brian P. Schmidt, explains that the experiment reveals that large sections of the M- and L-cones detected white sensations when activated alone, whereas only a small fraction of L- and M-cones detected red or green. It’s important to understand that these results were consistent. Taking place over a number of weeks, tests always produced the same results – right down to the cell.
What this means is twofold. On the one hand, we now know that our eyes divide their labour very efficiently, separating cells into types of “job roles”. We also know that our eyes use different cells to detect colour than those cells used to detect brightness and form. This means that, theoretically, we detect light differently, interpreting an accumulation of data input into different receptors in nanoseconds.
All in all, we have to reach the conclusion that eyes are simply amazing things – complex organisms the study of which will never get old.


As foreseen by TrainIoT project a pilot testing of the educational tools and kits has been implemented at “IISS Ferraris-Pancaldo” in Savona, and at ISIT Bassi-Burgatti in Cento, institutes of the Consortium CIP, in Italy. The activity took place during the months of April and June 2019. Classes of the second year of the ITI’s common biennium were involved, for a total of about 100 students.
The classes have a parallel didactic path during the hours of curricular lessons of the course of Applied Sciences and Technologies. The students of each class were grouped into groups and worked for about 30 training hours. For the experimentation, 5 HomeLab kits from the Tallin University of Technology were used together with 5 Arduino Uno and 3 Raspberry Pi 3 B+ kits from the Institute’s electronics laboratories. The didactic modules have been designed with exercises of increasing complexity to allow the gradual familiarization with the concepts of Internet of Things IoT. Students started with programming the Arduino controllers and the WeMos D1 controllers and connecting them to the HomeLab kit sensors.
Then they became familiar with the connection of the different controllers via the Wi-Fi network and on this with the use of the MQTT protocol for the connection between controllers and computers and controllers and smartphones and controllers. The interest shown by the students was very high as well as the appreciation expressed by them for the activities carried out. Although the communication procedures for the IoT have been simplified as much as possible, also providing ready-made Wi-Fi and MQTT connection diagrams, the students have been able to compare and recognize in the activities carried out the fundamental basis of the use of the IoT in the functioning of the devices used in everyday life.


Android is an Operating system for mobile devices. Powered by google. It is Linux based Operating system that means you can edit it the way you want. You can make your own applications for android Phone. and simply can use them in your android cell phone. Any one can made android applications mean every developer. Android was first released in 2007. And it was totally open source. Google released it’s code. Any one can change the code and makes his own OS as he wants. Before Android OS, Apple was the only operating system that was used in smart phones. After releasing Android it gave a really tough time to apple operating system and cause a change in the prices of apple products. It was firstly used in HTC mobile devices. Now a days, Developer use android platform to develop applications. In order to develop Iphone application, you have to purchase apple login form to develop applications for Iphone. Talking about android applications. I myself doing my final year project for android mobile devices. This application will help people of the same interest to connect and chat with each other to solve their problems.
You can find source codes of android applications on the internet and also you can get all it’s applications free of cost. My today’s post includes some top android wallpapers for your android phone. I hope you will like this post and do remember to provide your feedback for us. You may also like to visit Sad Love Quotes


November 16, 2018|
Why Solar Energy?
What is photovoltaic solar energy?
What difference is there between thermal solar energy and photovoltaic solar energy?
What is a photovoltaic (PV) system?
What is a PV system composed of?
What is an inverter?
What is net metering?
What is the Feed-in Tariff (FIT) and how does it work?
Does PV technology need bright sunshine to work properly?
How much electricity can a PV system produce?
What does grid parity mean?
Do PV modules lose efficiency each year?
What is the carbon footprint of a PV system?
Can renewable energy sources guarantee a secure power supply despite their dependence on the weather?
What is the lifetime of a PV system?
What if there is a problem with the PV system?
Is solar energy more expensive than conventional energy?
What contribution can solar electricity play world-wide with regard to total energy consumption?
Can the solar industry also grow without government subsidies?
What are Green Certificates?
How long will the development of PV depend on FiTs?
Where can I learn more about photovoltaic solar energy?


17 Feb 2015 This firmware update (Version 1.3.3) is for EOS 5D MARK III DSLR with firmware Version 1.2.3 or earlier. De volbeeld 12,8 Megapixel EOS 5D. Discreet genoeg om niet de aandacht te trekken, maar met voldoende resolutie om zelfs de meest kritische fotoredactie . Canon has launched the Firmware Update Version 1.1.1 for its 12.8 megapixel. For the EOS 5D MkIII. We have found that the EF 40mm 2.8 STM firmware update failure with the EOS 5D Mark III can occur if the camera has Battery Info Registered. Download Canon EOS 5D Mark II Camera Firmware 2.1.2 (Digital Camera / Webcam / Camcorder). This firmware update (Version 1.3.3) is for EOS 5D MARK III DSLR with firmware Version 1.2.3 or earlier. EOS 5D Firmware Update Version 1.1.1. Firmware changes. This firmware update *Before removing the CF card from the card reader, select the EOS_DIGITAL. Hello all, I like many out there are still using the original EOS 5D with great If it has been a long while since the last firmware update, I doubt . New Firmware Available For Canon EOS-1D X and 5D Mark III. January 29th 2015 7:45 AM. Gear Announcements; Comments (9) Canon 5D Mark III Firmware Update 1.3.3. Далее. Download drivers, software, firmware and manuals and get access to online technical support resources and troubleshooting. Please select your EOS camera below. Recently Canon update Firmware Version to 2.1.2. Canon EOS 5D Mark II. The only thing that new firmware does is optimization of performance with UDMA Mode 7 CF cards.
Firmware updates improve the performance of your EOS cameras, and fix small errors in displays and operations. Firmware updates are free to download. Download drivers, software, firmware and manuals for your Canon product and get access to online technical support resources and troubleshooting. There is no firmware for the OS version you selected. EOS DIGITAL CAMERA LIMITED WARRANTY EOS 5D: Main Mirror Detachment (Update). The Canon EOS 5D Mark II is a 21.1-megapixel full-frame CMOS digital single-lens reflex camera made by Canon, the first Canon EOS camera to have video recording. Files for Firmware Update. There are two kinds of compressed files for the firmware update according to your computer's operating system (Windows. EOS 5D Mark II, Firmware Version 2.1.2 [Windows] This firmware update corrects a phenomenon that if the [C.Fn II-1 Long exposure noise reduction]. For EOS 5D units that contain 1 in the fifth digit of the body number (e.g., XXXX1XXXXX), The firmware update file needs to be copied. New Firmware Coming for EOS 5D Mark III. Their camera has firmware 1.3.3, EOS 5D Mark IV Update [CR2] 1/3/2015. Service Notice: EOS 5D Mark II: Firmware Update Version 2.1.2: Service Notice: EOS 5D MarkII and EOS 7D: Locking mode dial modification: Service Notice. Canon : EOS 5D Mark III Firmware Update Version 1.3.3 miurint. How to Update Canon EOS 5D Mark III's Firmware (Macintosh) - Duration:. EOS 5D Mark II Firmware Update Version 2.1.2. Firmware Version 2.1.2 incorporates the following change. 1. Optimizes the camera’s performance when using certain. The latest firmware updates for the EOS 5D Mark II and EOS 50D are now available from the Canon website.
There's a new Canon EOS 5D Mark III kit available these days - the "old" kit included the Canon 24-105 L and now the "new" kit includes the Canon 24-70. Canon today announces that it is currently developing a firmware update to the EOS 5D Mark II to enable the recording of high definition 1080p video at 24 and 25fps. Canon has responded to the requests of videographers using its EOS 5D Mark III to shoot professional video, by announcing a firmware update which will allow. Download drivers, software, firmware and manuals for your Canon product and get access to online technical support resources and troubleshooting. EOS 5D Mark II Firmware Update Version 2.0.3. Firmware Version 2.0.3 will incorporate five enhancements to the movie function and a fix to the manual sensor cleaning. Canon has launched the Firmware Update Version 1.1.1 for its 12.8 megapixel EOS 5D. Canon has released updated firmware for its EOS 5D Mark II full-frame DSLR. Firmware v2.2.1 corrects a bug that meant only a single image was captured in continuous. Even though the Canon EOS 5D Mark III is only a couple of months old, its functionality and usability are still being expanded upon with the release of the version. 7D Mark II Firmware update?? Welcome, Guest. Please login or register. CanonRumors; Forum Home; Help Canon EOS 5D MK II|2 Canon EOS 7D II |EF 17-40mm. EOS 5D Mark II, Firmware Version 2.1.2 [Windows] This firmware update corrects a phenomenon that if the EOS Academy Canon Professional. 30 Jan 2015 Canon has released a new firmware update for two of it's top cameras the EOS 5D Mark III and EOS-1D X. Get info about what it fixes . 20 Dec 2005 VERSION 1.1.1. Dear EOS 5D Owner: Thank you very much for purchasing the Canon EOS 5D Digital SLR Camera. As a part of our ongoing .
2 Feb 2015 Canon has announced firmware updates for the EOS 1D X and EOS 5D Mark III. The updates improve autofocus control in Live View mode . Canon has released firmware updates for its EOS 5D Mark III and EOS-1D X DSLRs. Both updates claim to improve the user's ability to control autofocus. Canon Firmware Updates Report Canon USA will perform this firmware update on the EOS-1D C Cinema EOS Camera Once the EOS 5D Mark III camera is updated. The-Digital-Picture.com's news team presents: Canon EOS 5D Mark III Firmware Version 1.3.3 Released. EOS 5D. Drivers Manuals; FAQs; Warranty; Specifications; Product Advisories Recommended Downloads; Drivers; Software; Firmware; Utilities. Canon released a firmware update today for its EOS 5D Mark II camera. The free firmware update 2.0.3 adds a handful of new video capabilities. How to Upgrade Canon 5D Mark III Firmware 1.2.1 Canon : EOS 5D Mark III Firmware Update Version 1.3.3 - Duration: 5:11. miurint 8,394 views. Movie Function Settings Menu (after firmware update) Firmware version 2.0.4+ will add several much-requested upgrades to the EOS 5D Mark II's Movie Mode, including. The Magic Lantern Firmware is Free Software that adds cinematography features to the Canon. Canon has updated the firmware for the Canon EOS 5D Mark II, allowing you to adjust exposure as you shoot video. Firmware is simply the software built. Free EOS 5D Mark III Firmware Update The EOS 5D Mark III firmware update expands the EOS 5D Mark III’s performance and usability. The update gives. canon eos 5d firmware update free download - Canon EOS 5D Firmware Update, Canon EOS 20D Firmware Update, Canon EOS DIGITAL REBEL XT / EOS 350D DIGITAL Firmware.
5 Jul 2006 This update fixes various issues that can occur in use with the Canon EOS 5D. Canon has pulled the new EOS 5D Mark II 2.0.3 firmware update, just days after its initial release. The much anticipated update added a host of new video capabilities. 29 Jan 2015 Firmware: EOS 5D Mark III Version 1.3.3 When updating the firmware of your camera, please first review the instructions thoroughly before . EOS 5D Firmware Update. Peter J, Mar 02, 2009; 08:44 a.m. Yeah, I just did this update to my 5D's this week. JDM von Weinberg, Mar 02, 2009; 07:01. Canon Professional Network (CPN) News reports that Canon has announced that the EOS 5D Mark III DSLR has a new firmware update– that features a number of fixes. VERSION 1.1.1. Dear EOS 5D Owner: Thank you very much for purchasing the Canon EOS 5D Digital SLR Camera. As a part of our ongoing commitment to maintaining. This firmware update (Version 1.1.1) incorporates the following fixes and improvements: It now supports high-capacity CF cards. It allows the latest lens names . From Canon: This firmware update incorporates the following improvements: fixes the phenomenon where the images are monochrome, fixes the phenomenon where the shutter. Canon 5D mark II will not turn on with CF card for. 2 macfawlty. 0 78 03-21-2016 04 9/24/2015: New Canon EOS-1D X Firmware Update Version 2.0.8 Available. Welcome Join MyCanon Get ready to explore as a MyCanon member. It’s easy to link your account to your favourite social media profiles. The EOS 5D Mark II’s video capabilities created more than a stir when the camera was introduced in late 2008. Its spectacular HD image quality, low-light. Canon has made available a brand new firmware update for the owners of the EOS 5D Mark III camera that comes with several fixes, including a much requested adjustment.


During extreme cold weathers, your existing heaters may fail to warm you up enough. In these cases, dielectric heaters – electric heaters will be your solution.
However, since all of these devices are powered by electrical energy, the electrical installation is overloaded. If your existing electrical installation in your home or workplace is old, inadequate or out of order, this is a great risk.
A potential short-circuit can cause issues as serious as fire due to overloading and result in loss of property or even life.
Electricity renovation is a matter that should not be postponed. If your electrical installation is up to date and does require renovation, you should check it once a year for any potential issues.
You can do this by hiring a professional electrician service from Sydney. Doing the work yourself without asking an electrician first can be quite dangerous.
Other People Also Read: Safety Switch Basics
The electrical system is facing the same type of overload during the summer because of air-conditioners working on top everything else, like it does in the winter because of the heaters.
What could be the consequences?The electrical leak that will come into play due to such a load can result in melting of the cables, insufficiency of the grounding, disconnection of the fuse, continuous low voltage and failure of the electronic devices to work properly that will lead to electric shocks and breakdowns of devices and even fire.
When doing a renovation, the project should be planned in advance and all the required equipment and parts must be purchased before commencing the renovation.
Scheduled and well-designed repair includes:
Do not forget upgrading your electrical wires with the various things on your home redesign list. While finishing a home redesign that includes walls and ceilings, you have the ideal chance to make electrical updates. Make sure you take into account your future needs in terms of electricity capabilities.
Plugs that fall out of their outlets are very common in almost any household. It is very annoying to struggle to plug in a device and it won’t stay. Outlets can wear out over time and fail to tightly keep the plug in. It is also dangerous because it can cause sparks or electrical shocks that can both lead to injuries or house damage.
We mentioned overloads during both cold and warm seasons and to overcome that issue you need to increase the capacity of your electrical service. There are many new devices that came with the development of technology and they consume lots of electricity.
When performing an electrical renovation, make sure you work with a good team of electricians. They must be licensed and insured and competent enough to provide a good service. Insurance is a very crucial point, electrical incidents occur all the time and it is not pleasant to have any kind of accident at your house.
Keep Reading: Why You Should Avoid Using Double Adapters in Your Home


Today, in the communication industry, Videocon mobiles have created a special position. It is the only mobile phone trader that provides a warm contentment to the consumer. You can get wireless handsets with a variety of features in Videocon mobile phones. Today, there is no restriction of smart phone application. You can easily download the apps from the Android market and install it on your smart phone for getting wonderful service according to your need.
With the advanced technology, people can easily find out variety of features Videocon smart phones. It has become quite easy for an individual to get connected with their loved one who stays far away. Even the geographical boundary cannot be hindrance in communication. The models of each Videocon mobile phone have a number of features. One of the models named V2950 has the wireless push email feature. The camera is pretty good with 3.2 mega pixels. The picture resolution is really great.
You can now buy mobile phone online from the eCommerce stores. Today, eCommerce stores are really popular in providing the right product to the consumers where they don’t need to go out to visit the market. Just by the help of an internet connection it will be quite easy to have a look at variety of smart phones in the market. You can even compare the rates and features of the smart phones. The video players of the Videocon mobiles are really impressive. You can now get variety of formats such as AAC, MP3, and WMA etc. The user can easily upload their favorite number in ample.
Today, people are inclined towards the touch screen mobile phones. Videocon V1750 is a wonderful variety of mobile handset which has touch screen facility. It has a classy look with TFT touch screen along with the screen width of 3.2 inches. Since, the mobile phones comes with dual SIM feature, you can easily use two numbers in a single phone. Gone are those days when people have to carry two mobile phones together to keep two numbers of different SIM cards. You can also keep one number in dual standby feature. The high resolution camera is another important way of impress the consumer with regards to smart phone shopping. The flexible sound equalizer is another important feature of the smart phone in the market. The mobile image editor is another important feature of the Videocon smart phone available in the market.
The author is a freelance content writer dealing with Videocon mobile phones content. You can read her content and buy mobile phone online.For more information visit to: http://videoconmobiles.com
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