The Truth Bar » Web Of Technology

November 16th, 2009 by Administrator

The initial project when planning a Web site and a robust online presence is picking out a suitable domain and employing the best suited registration for your particular niche. Mind you, this is not ordinarily an easy decision. Let’s face it: the very best way to guarantee that your requirements are fulfilled is to carry out some pain-staking research of domain hosting companies by taking a look at reviews.

Reviews of domain hosting are helpful but how to establish what it is you are actually looking for? Just like all informed business decisions, you should discover which features are significant for your market. One option is to employ the same company to host your Web site and register your domain. Support is something which could affect your business long after registration.

Any review published on that hosting provider’s Web site won’t be sufficient to go on. It is important to look at an objective opinion before you make a choice. Make time to research into various domain hosting review sites taking into account what all the customers have to say. Do you read any issues over and again? Are the company’s strong points from the article? Is the feedback broadly speaking positive or negative?

Assume you will see positive and negative feedback for each provider. Stay objective and read any info you can. Without a doubt, cost is an important consideration, but ensure you have any extras you might require in your targeted deal. Below are a few questions to address when selecting the best hosting for your needs.

During what times of day does the company you are reading about provide technical support? Is there a free phone number, and can you deduce from the feedback whether or not they have an acceptable response time? What kind of network uptime will they guarantee? Are there any limitations on bandwidth? Some companies extend limitless domain hosting and bandwidth as part of a package, and on occasion you could be in line for other benefits like software packages and even vouchers for pay-per-click marketing accounts.

What payment plans are available? Could payments be put in place automatically, and are rebates extended for payment in full? What happens if the server fails?

Only you are able to choose the most suitable hosting for your unique needs, but before you make that decision, do the most sensible thing, take a bit of time to read those reviews. Let’s not forget that studying proper domain hosting reviews gives you the chance of saving time and money later.

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November 12th, 2009 by Administrator

In its drive to improve its portability, online music service Spotify has announced its plans to enter into a partnership with 3 UK to put its service on their new range of phones.

Spotify allows people to access music from a voluminous collection, though they can access it only if their friends invite them to join the community. With the increasing popularity of the service among regular mobile broadband users, Spotify has decided to broaden the scope of its application by making the service available to mobile phone users through its deal with 3.

Spotify has a quite limited customer base as of now, though a deal like this can expand its reach to cover remote areas as well. Since 3 has been the first operator to accommodate Nokia’s ‘Comes with Music’ scheme, users will be more than willing to accept the new service as well. According to Jeremy Paterson, MD of music consultancy company Frukt, the service holds potential to become mainstream in a short time.

The first launch from 3 with Spotify features is going to be the HTC Hero, which will hit the markets around Christmas. Other models with Spotify will be launched successively. Though the tariffs have not been declared yet, it is expected that Spotify will begin by providing its advert-free ‘premium’ (paid) service to the new users.

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October 25th, 2009 by Administrator

While most people will tell you that SEO is all about building links to Web sites, there is one expert who will tell you that SEO is about building a searchable Web ecosystem. The step away from simple link building toward creating a searchable Web ecosystem spans orders of magnitude in thought, theory, and practice. The Art of SEO has been covered by many people but its science has been addressed by only a few.

Science is the accumulation and cataloging of knowledge. The knowledge can be gathered by empirical means through observation and experimentation or it can be acquired through logic, mathematics, and statistical modeling. In search engine optimization many people have attempted to describe the art of SEO through statistics and models but their logic does not hold up well. That is because they don’t fully understand the science of SEO.

Search engine optimization is not the study of how to rank Web sites in search engines. It is the study of how search engines, searchers, and Web sites all work together. Of course it is the goal of many people to develop highly the art of SEO through practice and application of both theory and science. The challenge in bridging SEO theory with SEO science lies in truly understanding how the many parts of the system work together.

Some people in the SEO industry try to prove preconceived notions with very elaborate arguments, detailed graphs, and numerous unsubstantiated anecdotes. Their efforts deserve recognition because they rise above the buzzy noise of mostly useless muck articles but they still lack the credibility to advance the science of search engine optimization. When SEO art does meet SEO science, however, the result is a beautiful thing to behold.

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October 17th, 2009 by Administrator

Optometrists will find their vocation calls for far more than all their veteran experience; for beyond this what they need above all are the ultimate tools of the trade to help them produce results as precisely as possible. We’ll look at three forms of this over the next few paragraphs – covering measurement, patient comfort, and equipment storage, and key points to look for in purchasing these and similar items: whether they’re remanufactured, used, new or refurbished.

We do suggest you surf to this #1 authoritative source for procedure chair advice!

Employed in numerous diagnoses, tonometers come in various types to fit the demands of each individual optometrist. To be certain of maximum precision you have to pick only the best quality tonometers and those which offer the greatest ease of use, which ensures a substantial acceleration of the diagnosis – of undeniable benefit to your practice and your patients alike.

You need a chair that’s capable of more than just keeping your clients in the right position: you need one that can also keep them comfortable for however long the visit takes. Your selection of examination chairs must consider both positioning and comfort; the best on the market will aid the largest and smallest patients in reaching the appropriate position. All optometry equipment must be stored away, and that should be somewhere offering easy access when you want it. The simplest system is a collection of treatment cabinets offering certain useful features; movable shelving, leveling glides for use on uncertain floors, and suchlike. These cabinets can swiftly be transported to whatever part of your practice currently needs them and to carry whatever else you’ll discover you utilize. Make sure to order a cabinet which will not be too large to maneuver about easily. Examination stools, tonometers, and treactment cabinets are three of the pieces of ophthalmic equipment that will affect how well you are able to do your job and how efficient you are. So before you order, make sure you know your precise needs. Inaccurate or ill-designed instruments will be sure to stymie you; inversely, the smoother to use and the more ergonomic your equipment the better you’ll do in real life practice. Make the right choice, and you’ll find yourself positively awed at how easy this can make life in your practice. So here’s your takeaway – the tools you choose will be bound to have a dramatic effect on your performance in your job as a whole, and consequently on the development of your entire practice.

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September 22nd, 2009 by Administrator

Amos Tamam has substantial experience in the taxi industry. It started in the early 1980’s in a taxi fleet garage in New York City. Back then, he first restored taxis. He then set out to improve fleet management and fuel management for taxi fleet proprietors. Today, he continues to be part of the industry, in a extraordinary way.

Amos Tamam focuses on helping taxi fleet owners maneuver efficiently and safely through adapting innovative technologies. Years of knowledge in the taxi industry led him to create a system for processing credit cards in cabs utilizing wireless technology. This gives fleet owners the ability to offer a different payment option to their customers. This technology became part of a program to reduce crime against taxi drivers in New York City. It enables drivers to carry less cash in their cabs. Today, fleet owners in the city, as well as in Philadelphia are using this system.

As CEO of Verifone Transportation Systems, Inc., Amos Tamam is currently working on bringing his innovations to taxi fleets and their customers in other U.S. cities. He created Verifone Transportation System, Inc, as a joint venture between Taxitronic, Inc. and Verifone Holdings, Inc. Verifone provides mobile payment and transportation automation solutions. Their solutions render mobile payment, navigation, dispatch, text messaging, and real-time information delivery capabilities to taxi fleets.

Amos Tamam’s career began in New York City where he worked on taxis in a fleet garage. He studied repair, the inner workings of taximeters, as well as fleet and fuel management as applies to taxis. He parlayed his academic training in electrical engineering and hands-on experience to the development of the technology and systems that enable taxi fleets to accept credit card payments. He also ran the development of a device that combines voice reminder, emergency light, pulse divider, roof light, signal lights, relay and taximeter connection on one circuit board.

Amos Tamam continues to combine his technical cunning with his ability to develop products and procedures, to solve problems for the taxi industry. As Chief Executive Officer of Verifone Transportation Systems, Inc. his commitment is to delivering mobile payment, navigation, and numerous other capabilities to fleet owners.

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July 22nd, 2009 by Administrator

Rumours suggest that European Commissioner Viviane Reding is willing to continue with her post for the third stint in a row. This has not come as a welcome surprise for some of the internet service providers though.

Reding has been the mastermind behind enforcing the decrease in charges for data roaming that happened recently. The powerful telecom executive does not seem willing to take a break from her campaign of putting the UK in the forefront of the best broadband provider. She is also said to be attempting to hasten the already planned transition to digital TV even before the official date set for it, which would free up the spectrum for mobile broadband.

Reding spoke at the Lisbon Council in Brussels and expressed that the digital dividend could be used in a way that was not only helpful in connecting all parts of the EU with very high speed broadband but also in earning an additional 50bn for the European governments, if they managed to respond quickly. The step would also entail better broadcast as well as an expansion in the choices available for consumers in future.

She believes that all this could be attained only by making a coordinated effort to use the radio spectrum in the best way possible. According to her estimates, for mobile broadband in EU, the benefits from analog TV spectrum would come to between 150bn and 200bn. She also encouraged the members of EU to act before the deadline for digital TV switch-over scheduled for 2012 to attain maximum benefits.

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February 3rd, 2009 by Administrator

On September 5, 1985, Ted Waitt and Mike Hammond used a $10,000 loan Ted Waitt got from his grandmother and created Gateway 2000, a computer hardware company. They used Waitt’s father’s cattle ranch in Sioux City, Iowa as the company’s first headquarters before moving to Sergeant Bluff, Iowa and then to North Sioux City, South Dakota.

Born Theodore Waitt on January 18, 1963, Ted Waitt developed Gateway into a well-known company through creative advertising and direct marketing. The computer hardware firm was also popularized for using cow-spotted boxes in shipping their products.

In 1998, the company moved to La Jolla, California and the following year, Waitt stepped aside and passed his chief executive officer (CEO) role to Jeffrey Weitzen. However, he reclaimed his post in 2001 after Gateway’s sales and revenues dipped.

Now based in Irvine, California, Gateway, Inc. was acquired by Acer, Inc. in 2007. Waitt has remained a key personality for the company as its co-founder but he now spends most of his time working on the wholly-owned private investment company, Avalon Capital Group and the Waitt Family Foundation. The foundation supports projects related to domestic violence prevention, community development, and stronger families and societies.

Waitt is a constant presence in various Forbes Magazine lists. He is one of the country’s most generous philanthropists and is a Ten Outstanding Young Americans (TOYA) awardee.

Posted in Enterprise, Universe Of Telecommunication, Web Of Technology | Comments Off

October 15th, 2008 by Administrator

The normal perception is that VoIP is so cheap because everything costs less on the net. There’s stiff competition, and much lower costs etc. However you need to acknowledge the history of the telecommunication companies and how they relate to computer networks, and the way data physically gets around the net. An knowledge of this is needed to fully comprehend the riddle behind the VoIP vs. POTS pricing structure.

In the days before computer networks were pre-eminent telcos were using digital communication. In the beginning the very first digital voice circuit was used in Chicago in 1962 although ARPANET, the predecessor to today’s Internet, wasn’t in operation until 1969. The telecommunication companies used these digital circuits to make lots of voice connections over great distances something that analogue circuits did not have the capacity to do and to this day still use them for this purpose.

Voice communication have several special characteristics. For one thing, it’s inherently real-time. You’d get frustrated if phone calls consisted of long periods of silence followed by a burst of fast conversation to catch up with the conversation on the other end. To keep this from happening digital voice circuits provide guaranteed Quality of Service (QoS). Once a connection is provisioned, you’ll always get exactly the amount of bandwidth you need. It’s not just bandwidth though; latency is also carefully controlled by using small, fixed sized data packets. The point is these networks were specially designed for voice communication.

When computer networks began emerging in the late 1980s) the {telecommunication companies wanted in. They already had the infrastructure in place so they began looking at how they could send data over their existing phone lines. They came up with quite a few different technologies with different levels of success. But there was (and still is) a problem: data networks are essentially different from voice networks.

Data is sent in packets, which can arrive randomly long after they have been requested, without causing problems. Internet Protocol (IP) was designed to provide more efficient delivery. Telecoms companies had an expensive network in place, so there was a lot of incentive to use it. After a few misses Asynchronous Transfer Mode (ATM) was created as a compromise technology that could carry both voice and data. However it’s much less efficient than a network intended purely for data. The overhead for data transfers on ATM is more than 10connection, compared to about one percent for an Ethernet running full-throttle.

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August 21st, 2008 by Administrator

I recall an era where laptops for gaming were a special breed. Even though they did not shift a great amount they still brought in the most in comparison to other styles of notebook computer. These were the notebook computers you day dreamed about but were out of your grasp. Basically they were the best laptops available for purchase. I believe we all got excited about them but the majority would never buy laptops that were so costly. Nowadays things are a lot different with larger brands also manufacturing gaming laptops.

These laptops have a certain price bracket and these brands know they don’t have to be price aggressively here. At this point in time the profit margins on the majority of notebook computers are so thin that this presents a golden opportunity to regain the gross margins. Also they know they can persuade us to buy laptops like these more easily than small outfits. I don’t know what this will do to littler system builders but it will have a negative effect on them. With the things at their disposal they could effortlessly finish the littler competition. I think the uneducated automatically feel safe by purchasing from a brand they know.

Amazingly, the laptop computers they’re producing are a handful of the best laptops to present. This holds the potential to be increasingly positive for small system builders. Configurating the specification is process all the techies prefer. This type of purchaser is usually well educated in the technical aspects and is able to evaluate the spec data. The tech specs are important for this kind of buyer.

All purchasers agree that it is a good position. This will act to make the most advanced technology increasingly acquirable for the customer. I say that a bit hesitantly though as the notebook computer business is an extremely fast changing place. Prices should be kept high as an outcome of the continuous creation of new notebooks. Although I still believe outcomes will be positive because of the overcrowded sector, we will have to see.

Visit http://www.rizeon.com as they are offering a couple of really fast laptop computers for the money.

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June 1st, 2008 by Administrator

I work in an industry that has seen huge changes in the past 25 years. The technology in engineering has grown and changed so much that we are executing project with half (sometimes less) the manpower we needed before. I work mainly in the oil and gas industry but I know that in other areas it is possibly even more dramatic. I have been in engineering industry for 25 years and when I started computers were in a main computer room and there were only a few and only few people who could run them. They slowly started moving on to the desktop about five years later. I was hired mainly because I had taken CAD courses to upgrade my skills during an economic downturn. I ended up developing and teaching courses in AutoCAD for the company. From those simple beginnings we have come a long way.

Let me give an example of that change. The company I work for had a project for a client 30 years ago and we managed to get the second phase of the project 12 years later while I was with the company. The technology of the process had not changed much so the plant was almost a twin of the first phase. The first phase was executed on the drafting board the second phase was done using brand new 3D design technology called Calma developed by GE (this software is gone now). During the execution of the engineering many of the engineers and design supervisors commented that they only had half the people for phase two compared to phase one. Another comparison on this project was in the construction. 30 years ago it was not uncommon in our industry to have 15% rework in the field due to clashes between piping, structural and electrical. With the new 3D technology we were able use clash reporting to fix most of these clashes on the computer before construction. The rework in field came down to 3% on this project and much of this was due to pipes that were field routed and were not in the model.

Leap forward now to 2005. Another example is from an article I read in Design News magazine it was about the development of Lance Armstrong’s time trial bike. Trek’s Advanced Concept Group was given only 28 days to redesign the bike to make it faster. A group of 14 engineers and designers went work using desktop workstations and eight different software programs. Even 2 years ago a redesign of this nature would have taken them 4 months. They did everything in 3D using Solidworks 3D CAD. This allowed them to do virtual tests on everything form the wind tunnel to reduce drag, to stress analysis to ensure the bike was safe. Using software called thinkid from think3 they were actually able to deform the solid shapes and the software was able to redo to geometric calculations to accommodate the shape change and still maintain the integrity of the design. With this technology they were able to go straight into production knowing what they had designed worked because the model simulations proved it. They ended up with a bike that was 2% lighter, 10% faster, and 15% stiffer then the model they produced in 2004. Lance Armstrong proved it was better by winning the time trials and ultimately winning the Tour de France for a record 7th time. I doubt that a bike of this nature could have been produced in under a year 30 years ago using the same amount of people.

One of the main reasons for these advances in that the amount of RAM and speed of processing has increased exponentially. These new programs require huge amounts of memory and processing power due to their graphic and interactive capabilities. The new systems of today deliver that power (my workstation is now over 3 years old). 15 years ago I would load one design area of a processing plant. One design area might have represented 10% to 15% of the whole plant. Once I called up the design area it was time to go get coffee because it could take about 10 to 15 minutes to load, and you would pray it didn’t crash. Today I am able to load an entire process plant in solid model image in about one minute using Intergraph’s Smart Plant Review technology. The ability this gives me as a supervisor to check designs and make comments is invaluable, this technology increases our quality.

For engineers and designers the changes have been staggering, even in my 25 years of design work I have gone from producing a limited plastic model of an oil and gas plant to giving the client a virtual walkthrough of every detail of an oil and gas plant. We must constantly keep ourselves up to date with the latest technologies to keep a competitive advantage. Those who don’t keep up will loose the race.

Kevin Redmond is a senior design supervisor in a large engineering firm in Canada. He has implemented and taught several training courses for CAD to keep designers up to date on technology. He also runs a consumers Website call http://www.avoidconfusion.com you can find some great deals here on the latest technologies and software. You’ll also find evrything from A to Z here.

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