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Benefits Of Fax Over IP Technology In Small Businesses

Voice over Internet protocol (VoIP) technology has become standard in many offices and storefronts. It provides higher bandwidth and better capabilities than traditional phone lines. Faxing has changed because of the introduction of VoIP technology. Traditional fax machines that used modulated sound to transmit data are being replaced by software-based digital systems. Small businesses can benefit in a number of ways by switching to fax over IP technology.

Reliability

One of the ways fax over IP can help a small business is by improving the reliability of transmissions. Traditional faxes rely on signal modulation to send and receive data. Inconsistencies in the telephone lines, minor hardware issues and even different fax machines can cause these transmissions to fail or to become corrupted. The fax over IP technology is digital and the data has a very low to non-existent chance of loss. This makes digital faxes far more reliable.

Lower Costs

Fax over VoIP will save small businesses money over traditional faxing technologies. VoIP protocols can be sent across any network line. They can also be interpreted by a wide range of technologies from computers to multifunction printers and even mobile devices. This makes it unnecessary to maintain dedicated phone lines. It also decouples faxing from older fax machines that require constant maintenance, paper and toner.

Environmentally Friendly

Sending fax over VOIP in a network through a line can be done completely electronically. Small businesses do not need to feed a paper printout of an invoice or report into a machine. Similarly, faxes that have been received do not need to be printed immediately or at all. Sending and receiving faxes can be done through a software interface. Faxes can be sent and received as digital files that are viewed on computer screens or mobile devices. This allows a small business to be more environmentally friendly without having to sacrifice the convenience of faxing.

Better Access for Employees

The traditional way of sending faxes involved loading a machine, dialing a number and then waiting for a confirmation. This is time consuming and inefficient especially when multiple people need to send a fax. Fax over IP technology makes it possible for employees to send faxes seamlessly from a desktop or other device. The fax can be added as a network device similar to a printer. Employees can simply send documents to the fax from within different programs.

Higher Quality Faxes

A large benefit for modern businesses is higher quality faxes. Fax over IP can encode documents created digitally. There are no scanning or resolution issues. People who receive the fax will see the document exactly as it was created. This can make it easier to send documents that include detailed charts, small graphics or complex illustrations. The individual pixel will not run together and become illegible because of issues with an optical scanner at the last minute.

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Compete With Science Fair Engineering Projects

Science Fair Engineering Projects

Human beings have always had the need to move things, build things and adjust the physical characteristics of their environments. Since humanity started gathering in communities and staying rooted in specific geographic areas, these challenges have presented themselves in the daily lives of people. Science fair engineering projects have some of the richest history of any of the subjects covered at these events. The first theories for the subjects addressed by science fair engineering projects date back thousands of years. Some of the greatest minds of history have applied their skills to refining and evolving this particular area of science. Students who choose science fair engineering projects to research are joining these great thinkers in evaluating the needs of humanity.

There are several subcategories to explore with science fair engineering projects. One of the oldest of these subcategories is civil engineering. Students can demonstrate this ancient science in their science fair engineering projects through presentations about the nature of building structures. We all travel over bridges and go into buildings without much thought about the science involved in their construction. Students who choose science fair engineering projects can demonstrate the underlying mechanical principles utilized for construction and safety. Other students may take the approach of automotive engineering in their science fair engineering projects. These students are the ones who will be interested in robotics and other highly technical fields of study.

Science fair engineering projects are also likely to include presentations in the area of chemical engineering. These students have an interest in chemistry as it applies to the creation and adjustment of known elements and interactions at the microscopic levels. Additionally, there will be students who demonstrate science fair engineering projects on the relatively new topic of computer engineering. This field is in its infancy compared to the other fields of engineering. This gives the current students a wide range of opportunity to explore and discovery new uses for the developing field. Many students will also use a combination of these disciplines to create new and innovative ways to use the established principles in order to make new inventions. An example of this combination of principles is the large windmills on turbine farms that are now generating electricity in a carbon free environment.

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Degree In Management Sciences And Accounting At The University Of Southampton

Heres a quick overview of the BSc degree in Management Sciences and Accounting offered by the Management School at the University of Southampton for prospective students.

The management sciences component of this BSc degree in Management Sciences and Accounting applies a rational, analytical approach to management, to improve organisational performance.

Using modelling, simulation and other analytical techniques, a management sciences approach can identify alternative strategies and guide practical action.

The accounting component of the BSc Management Sciences and Accounting degree course is concerned with the provision and analysis of information for a variety of purposes.

These include: regulation, resource allocation, and a range of other decision making tasks, both within and outside an organisation.

It is informed by a range of perspectives including those from economics, mathematics, behavioural and political science, psychology and sociology.

Both the management sciences and accounting components of the BSc Management and Accounting degree course carry equal weight in terms of assessment.

At the University of Southampton we have a great track record for producing high-calibre professionals who move into good careers soon after graduation.

A recent survey of Management School graduates showed that 89 per cent were employed or undertaking further study within six months.

This degree in Management Sciences and Accounting is recognised by the Institute of Chartered Accountants in England and Wales (ICAEW), the Association of Chartered Certified Accountants (ACCA), and the Association of International Accountants (AIA).

This recognition means that graduates from the BSc Management Sciences and Accounting degree course will receive exemption from some professional accountancy examinations, depending on what modules they elected to undertake.

It is possible to find out more information about the BSc degree in Management Sciences and Accounting at the University of Southampton by visiting the Management Schools website.

All you have to do is go to www.southampton.ac.uk/management

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Technology Upgrades That Can Save Your Company Money

If you want to save your company money, there are a few changes that you can make to the technology that you currently use. This will make your business run more efficiently and also help you cut down your costs. Here are some of the most common ways in which you can save some money:

1.Use a Unified Communications Service

Business communications is something that has evolved a lot in recent times. With the advent of VoIP technology, many businesses are now using internet telephony in their offices. Complete IP-based communications systems are now available, and can be used to set up an office’s entire communications system with features such as voicemail, multiple extensions, faxing, etc. You can also use common software programs to hold virtual meetings through the internet. The costs of using internet telephony are often much less than traditional communications solutions. Many companies also offer plans which allow unlimited calling nationwide and to certain countries around the world. If you do business on a global scale, this can definitely help you cut down on your communications costs.

2.Cloud Computing

Cloud-based computing solutions are now getting more popular than ever with businesses. They allow you to save costs on your IT infrastructure by reducing the amount of servers that you use, which will in turn reduce your equipment and labor costs. You can have a cloud-based solution installed on servers that are on your premises, or you can also deal with a third-party data center. By running many applications on the cloud, you will help cut down on your maintenance costs, as you will no longer need to upgrade the software on each workstation. There are dozens of cloud-based solutions available for small and medium sized businesses, which you should definitely check out.

3.Remote Troubleshooting and Administration Tools

Remote desktop access is a technology that has been around for quite some time now, but with advances in remote control software, it has experienced a large gain in popularity as of late. One of the biggest IT-related expenses in an organization involves troubleshooting and maintaining numerous pieces of equipment. Remote control tools can make this a lot more simple for you. They allow technicians to remotely log in to any workstation or server, then perform troubleshooting and maintenance tasks as required. So if a certain PC is malfunctioning or you need to deploy software upgrades across all of your company’s computers, making use of remote access tools can speed things up tremendously for you.

Another good thing about remote access programs is that they can be used for purposes other than just troubleshooting. Some of their other uses include remotely retrieving files, as well as running programs on a PC from another device that wouldn’t be compatible with them, like using Windows-based software on an Android tablet. With their low cost and numerous uses, these software tools can help save your company some money.

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Computer Science Scholarships

There are many computer science scholarships for students working towards these exciting careers. The following are considered to be the top 10:

1. AFCEA Educational Foundation Scholarship: The AFCEAs $2,000 General John A. Wickham Scholarships are awarded to full-time sophomore, junior or senior students with GPAs of 3.5 or higher who are enrolled full time in aerospace, computer engineering, computer science, electrical engineering, math or physics programs at accredited four-year institutions.

2. $2,000 Alice L. Haltom Educational Fund: These computer science scholarships are awarded in $2,000 increments for students working towards a bachelors degree and $1,000 increments for students working towards an associates degree.

3. ESA Foundation Computer and Video Game Scholarship: The ESA Foundation established these $3,000 scholarships in 2007 for women and minorities attending or planning to attend accredited four-year colleges and universities and working towards degrees that will lead to careers in the computer and video game industries.

4. Intel Science Talent Search: These $100,000 computer science scholarships go to one lucky college student each year. Applicants must submit applications by November 17 for the following year.

5. NFB Computer Science Scholarship: The NVM provides about 30 scholarships each year at its national convention to U.S. blind students who participate in the entire NFB convention and are pursuing or planning to pursue full-time, postsecondary studies (except for one scholarship given to a part-time student working full time).

6. ThinkQuest Internet Challenge: $5,000 computer science scholarships from the Oracle Education Foundation are available to teams of students through this international website-building competition.

7. SWE Scholarship Program: $10,000 scholarships are awarded to female students in accredited bachelors or masters programs preparing for computer science, engineering and engineering technology careers.

8. UC/Edison International Scholarship Program: These $15,000 computer science scholarships are available to community college transfer students planning to finish B.S. degrees in computer science, engineering, life science, math, physical science or technology.

9. Upsilon Pi Epsilon Student Award for Academic Excellence: UPE offers several $500 scholarships to computer science students who excel in their national competition.

10. XEROX Technical Minority Scholarship Program: $10,000 computer science scholarships are available for minority students pursuing technology careers.

Find the perfect Computer School today and start your path to a rewarding career.

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How is 3D printing technology used in Architecture and Medicine

D printing technology is used to manufacture prototypes, tools, and end-user parts directly from a CAD design. This printing technology offers unprecedented flexibility as it can create a part of any dimension out of any material. Some of the 3d printing materials used include metals, polymers, ceramics, composites, and many more. The 3D printing technology has complete control over material composition, surface texture, and micro-structure of the prototype. 3D printing technology also allows the user to construct prototypes using two different materials. >

Lets take a look at this amazing technology and how it has affected the field of architecture and medicine:

3D printing for Architecture

Architects know that there is nothing like a physical model of a building when it comes to displaying their work or design concept. Physical models also play an important role when it comes to explaining and convincing the customer while selling a project.

3D printers are affordable and high quality solutions for architects. Building a physical model requires great deal of expertise, precision, and time. 3D printing machines help designers focus on their building design, while the devices make 3D models of the project.

Many architects are not tech-savvy and are not used to operating complex devices. 3D printers do not require human intervention at any stage of the printing process. Architects just need to need to draw a CAD diagram of the project and instruct the 3D printer to build a 3D model. The 3D printer can print the model within a few hours, which can then be presented to the client.

3D printers are capable of producing of 3D models with accuracy and speed without compromising on the finer details of the architectural project. The price of desktop 3D printing machines is not that high and independent architects can also afford them.

3D printing for Medicine

The application of 3D printing technology can also be found in the production of medical devices. There are different 3D printing materials available that can be used to build real parts. For example, manufacturing hearing aids is a complex process because they are custom-fit devices and cannot be mass produced. 3D printing greatly helps in such matters where medical devices need to custom-fit a patient.

The future of the 3D printing technology is very bright. Market experts state that 3D printing technology will be affordable to the masses by the next decade. The prices of 3D printing devices are falling rapidly, and it is believed that the prices of 3D printers will drop by as much as 80% in the next 5-10 years. It will not be a surprise to see 3D printing devices in each household just like refrigerators, washing machines, and televisions.

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Where To Look For Forensic Science Technician Jobs

If you are interested in forensic science technician jobs, and have completed a degree program in forensics (or chemistry or biology with a concentration in forensics, depending on what was available to you), there are a lot of places where you can look to try to find available forensic science technician jobs.

Before starting your job search for forensic science technician jobs, it might be useful for you to go to the US Department of Labor Bureau of Labor Statistics website (www.bls.gov) to find out what type of salary you should expect for different types of positions in different locations.

The American Academy of Forensic Sciences lists forensic science technician jobs on their website at www.aafs.org. There aren’t necessarily a lot of positions posted here at any one time, but it is a good place to start your search.

You can also look for forensic science technician jobs on general job search websites. However, as there are many possible titles for these jobs, you should be sure to search under all the possibilities. These include: Ballistic Expert, Ballistician, Forensic Ballistics Expert, Crime Lab Technician, Crime Laboratory Analyst, Crime Scene Analyst, Crime Scene Investigator, Crime Scene Technician, Crime Specialist, Criminalist, Criminologist, Evidence Technician, Fingerprint Classifier, Fingerprint Expert, Forensic Chemist, Forensic Investigator, Forensic Pathology, Forensic Scientist, Keeler Polygraph Operator, Latent Fingerprint Examiner, Lie Detector Operator, Polygraph Examiner, Polygraph Operator, Ballistic Technician, Evidence Technician, and Forensic Science Technician, among others.

Different forensic science technician jobs focus on different aspects of the job. You might want to concentrate on applying for the forensic science technician jobs which require the skills you have the most experience with, or enjoy the most. If you have a lot of experience with polygraph tests, it might be better to apply for a Polygraph Examiner Position rather than a more general Forensic Science Technician.

According to Payscale.com, if you are just getting started out on your career, you can expect to make a median salary of $30,000 to $40,000 per year or so for forensic science technician jobs. Those with 10 years experience in forensic science technician jobs have a median salary of $64,998 per year, so experience definitely makes a difference in salary for this career.

Working for the federal government is also likely to pay more than working for state and local governments or a university. Location also makes a difference, with those working in some cities making much more than those in other cities. Source : certforensictechnician.com

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The Law of Attraction and The Science of Getting Rich

The Law of Attraction reveals the Secret to Everything you’ve ever wanted. Ever since the world found out about the Law of Attraction through the phenomenon of the movie, people from every corner of the globe have been asking Bob Proctor for more. Millions of people are already using the Law of Attraction to make their lives successful. It’s no longer a secret, but a household term that is rightfully being given the attention it deserves. Anybody can learn how to use the “Law of Attraction” to create whatever one wants in life – be it money, love or happiness – and generate abundance.

Everything that’s coming into your life you are attracting into your life. And it’s attracted by virtue of the images you’re holding in your mind. It’s what you’re thinking. Whatever is going on in your mind you are attracting to you. If you don’t like the results in your life, you need to change your thoughts. That’s ALL that the Law of Attraction is about. But If the Law of Attraction is as simple as that, why arent more people wealthy, even gratified about the state their lives are in?

The Answer is a Simple One. There is an Exact Science to Applying the Law of Attraction to Build the Life You Seek. This Exact Science is called The Science of Getting Rich. The Law of Attraction as explained in “The Secret” movie, and even in much greater detail in The Science of Getting Rich Program, will teach you whatever it is that you may want or need to manifest in your life.

The Science of Getting Rich was first introduced in 1910 when Wallace D. Wattles released his book by the same title that was the inspiration for the film “The Secret”. What is the Science of Getting Rich about? Well in the words of Wallace D. Wattles, “The ownership of money and property comes as a result of doing things in a certain way. Those who do things in this certain way, whether on purpose or accidentally, get rich. Therefore, any man or woman who learns how to do things in this certain way will eventually get rich.” The Secret Science of Getting Rich Seminar is all about teaching you how to do things in this “certain” way to create wealth.

In the Science of Getting Rich seminar – Bob Proctor and Jack Canfield, two of the teachers in the secret, will personally guide you to develop the mind-set of the wealthy. Bob Proctor and Jack Canfield have taken this Science into a Whole New Era. This is What everybody have been Waiting for, Exact Instruction on How To Work with The Law of Attraction! Anybody can now start from today to replace what you don’t want by Attracting what you DO WANT. Here is now a step-by-step instructions showing you how to begin applying the Law of Attraction in your daily life — How to move beyond the theory into action.

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Global markets for Machine Vision (MV) technologies to grow to $23.5 billion in 2019

Machine Vision (MV) technology integrates imaging components and electronics into computerized analysis and control systems to identify, measure, sort and inspect components as they proceed through an automated process.

The advances in MV technology including smart cameras and vision-guided robotics have increased the scope of the MV market through wider applications in manufacturing and nonmanufacturing sectors. MV is now used to ensure the quality of products from tiny computer chips to massive space vehicles as well as in major security applications and traffic and crowd-control applications. Today, MV has become a vital and effective automation tool that enables computers to replace human vision in many high-speed and high-precision manufacturing and nonmanufacturing applications.

The MV industry is peculiar in nature as many of the components are manufactured in one location, assembled at another which may be in a different country, and finally assembled at another location in yet another country. For example, most of the cameras and optics needed for the MV industry are manufactured in Germany and Japan but are then exported to North America for conversion into an MV system. Finally, they may be sent to China or India for ultimate production.

According to BCC’s published report, Global Markets for Machine Vision Technologies, the global market for machine vision (MV) system components was nearly $13.5 billion in 2012, and is expected to grow to $15.2 billion in 2014. The market is expected to further increase at a compound annual growth rate (CAGR) of 9% the following five years starting from 2014 reaching nearly $23.5 billion in 2019.

This report looks at the application market for MV systems and the competition involved in this ever-expanding field. The report also studies the global market for the various components and different systems that constitute an MV system. The market for these components and systems has become very competitive, and this report will look into the nature of the competition and the regional breakdown of these markets.This study provides important information on the current size and anticipated growth of the overall market and its market segments, characteristics of the market, leading suppliers, trends in customer preference, and geographic market opportunities.

This report will be useful for manufacturers of MV systems and components, systems integrators, design and application engineers, various industries and agencies needing MV systems, traffic and transport planners and security system planners.

For more information about this report, call (781) 489-7301, send an e-mail to , or click here to purchase the report.

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Potential Of Open Source Technologies

Open source technologies have emerged as a serious threat to proprietary software owing to their free to use nature. The popularity of open source technologies has forced companies selling proprietary software to roll out cheaper versions of their software. It has also forced these companies to innovate and add value to their existing range of software products.

Open Source Technologies when used to develop ERP systems have the potential to drastically reduce the marketing, distribution and sales costs of organizations selling ERP software. Existing proprietary ERP systems are too costly to install and require a lot of customization to suit the specific requirements of an enterprise. Open source softwares allow the source code to be modified by users in line with the changing dynamics of the market. Proprietary systems, on the other hand, do not give such freedom to users and for every modification; users have to depend on the vendor. This proves to be a costly exercise but since proprietary systems are slightly more secure than open source systems; organizations that are paranoid about security usually opt for the former.

Open source technologies are an ideal way for companies to execute internal projects at the lowest cost. If the applications that need to be developed do not have a bearing on customer satisfaction then the sensible way to develop them would be to use open source technologies. However, customer facing websites and applications would require the support of a vendor if the applications have been built using open source technologies.

By exerting a downward pressure on price, open source alternatives indirectly help in improving the PC penetration in developing countries as more number of people are able to take advantage of software systems to improve their daily lives. Open source technologies also help companies to reduce the cost of setting up and maintaining their telecom infrastructure. Open Source Technologies have helped students, amateurs, professionals and those in the SOHO segment of the market to build applications without bothering about software and licensing costs.

Open source technologies have helped immensely in the promotion of e-learning technologies. Being free to use they have helped in lowering the cost of delivery and therefore helped a larger section of the audience to take advantage of open source technologies. Shopping cart solutions built on the open source platform have helped companies to set up and maintain online storefronts at very low costs. Easy availability of shopping cart solutions has helped in the development of an internet economy.