Nancy William asked:


As a mother, I can truly understand how parents across the world feel about their children. The parent-child relationship is a universal one. It crosses languages, barriers, and borders and speaks the same language of love and protection. All parents have the same goal – to protect their children from the problems of the world. Obviously, most parents would like their children to grow to be model citizens and they would never want their children to be associated with anything criminal. Fair enough… but (and of course there is a but to everything, isn’t there?) there are two sides to everything. The knife that we use to cut fruits and vegetables could also be used to kill! Does this mean that we should stop using it?

I believe it all depends on how people look at things. We can choose to be positive and to look at all the positive aspects of life, or we can choose to be pessimistic and to be threatened by every fly that passes by. (Flies can carry germs!)

Recently, I have been reading countless accounts of parents who are paranoid about fingerprinting their children, and so far I haven’t been able to understand what the real issue at hand is. We have made numerous technological advancements to make our lives easier. We believe that now, in the 21st century, we are more civilized than man has ever been. So why are we not able to accept certain changes which come due to new technology? Is it because we are inherently pessimistic and cynical? I’m sure that when Marie Curie discovered Nuclear Physics her intentions were clearly not to create nuclear bombs. Humanity has benefited greatly from the development of nuclear science. Still, every time we hear the word nuclear we think of bombs and wars. It is the pessimistic nature of modern man that guides our thought process in this way.

It is true that fingerprinting has been used in the past for identifying criminals. However, the technology has evolved just as most technologies tend to do. It is rare to see someone today with a car phone or with a computer the size of an entire room. These technologies have evolved, and certainly for the better. Today, fingerprinting is generally used as a device to accurately identify people. In fact, there are a number of other biometric technologies available. Such technologies include signature readers, retina scanners and DNA samples. These have all been used to identify criminals at some point or another. But DNA is also used for many scientific tests and the study of DNA has advanced so greatly that medical science could not possibly think of doing away with it. If you were being treated for a sickness and your DNA needed to be analyzed for a possible genetic disorder, would you choose to die instead because DNA sampling is used to identify criminals? Of course this is an extreme example, but I doubt that anyone answered “Yes, of course!”

We show our children TV shows like Star Trek, The Jetsons, etc. All children have seen doors slide open and computers accessed by using fingerprinting technology “in the future”. Why can’t we realize that “the future” could be now, if we would only allow it to happen?

Parents are concerned that their child’s fingerprint will be stored in some kind of database. To be honest, I was also concerned about this at first. However, I felt that I should gather extensive knowledge about the technology before I shot it down without a second thought. I have done online research and contacted reputable firms that offer biometric technology like M2SYS, Motorola, NEC (citations to these websites are given below) etc.

M2SYS they are an American reputable leading company in fingerprint biometric technology and most of their clients are private firms, school, gyms, banks, clinics, etc. Motorola and NEC are big multibillionaire companies that produce high-fi biometric technologies for big government agencies all around the world.

These companies confirmed what really happens when an individual is fingerprinted. It basically breaks down into an initial enrollment process and an identification process. During initial enrollment, an individual scans his fingerprint for the first time. The biometric software recognizes certain unique, key points of this individual’s fingerprint. These points are then converted into a series of numbers, or a binary string. Then, each time the individual scans their fingerprint for identification, an algorithm is used to determine if the binary numbers match up with the fingerprint. If they do, then voila! The software provides instant and secure identification.

If you are still scratching your head at this point, you are not alone – I was too. Most of us will never understand the entire science involved in biometric identification. But what is easy to understand is this: every software company uses a different algorithm. There is not some magic, all-encompassing fingerprint algorithm that every company uses within their software to identify people. This means that if you had two children attending schools in different districts that were both using fingerprint identification by different biometric companies, and you accidentally sent them to the wrong schools (Mondays…) there is no way that either child could be identified. Their prints are not stored in some common database. All that is ever stored is a binary number associated with points of their prints that can only be accessed by the company that has provided the biometric software. These companies are not even associated with the government. They are mostly private technology companies just looking to sell their software solutions.

Biometric technology can be beneficial to our children by improving the security at schools and increasing the overall safety of our children, all with binary numbers which are useless to anyone but the private biometric company. I would advise every parent to do some research into the realities of biometric identification and to unveil the myth behind the infamous fingerprinting technology.

Of course if we want to think negatively, nothing is one hundred percent foolproof. Computers make our lives easier but they can be hacked too. However, if the biometric software is hacked, the thief would be disappointed that all he would receive were the useless strings of numbers. As one company put it, it would be easier to steal fingerprint data from something a child had touched than to design an intricate reverse algorithm; all to retrieve a useless series of points of a fingerprint.

Life is full of possibilities if we think positively and are open to new technology. I, for one, am more interested in my child safely growing up in a world full of amazing technological advances that my generation could never have even dreamed. I believe that this world is possible if we don’t hinder its progress by bashing advancements that we know nothing about. In the end, we may all have different opinions, but I am asking that we all gather knowledge about each new technology before we ruin a great possibility for our children.

Resources:

http://www.m2sys.com

http://www.nec.com

http://www.motorola.com



technology

Donald Carroll asked:




My name is Donald Carroll. I am the President and Webmaster of Green Planet Fantasy Theater. How did I get here? I have over ten years of work experience in the field of Information Technology (IT). I also have five years of teaching experience as an instructor in both Microsoft and Cisco technologies as well as other networking technologies such as Novell Netware, Unix, and Linux. I am twice certified by Microsoft as a Microsoft Certified Systems Engineer (MCSE), and twice certified by Cisco Systems as a Cisco Certified Network Associate, or CCNA?

The field of Information Technology has been very good to me and is an excellent trade to get into for those of you looking at entering a career or changing careers. As a former instructor, I can tell you that as a prerequisite you must be at least comfortable with using computers; better if you have a knack for fixing them when they break! Those of you who are very familiar with using, repairing, and even building computers are perfectly cut out for the lucrative field of Information Technology.

The purpose of this article is to help you in getting started on the path towards earning your industry standard certifications in the field of Information Technology while also gaining hands on practical experience with computer networks. I will tell you on the next page exactly what to do if you are interested in entering the field of Information Technology, even if you have no experience whatsoever. In the field of Information Technology, it is often not enough to just earn your certifications as employers generally favor IT professionals with work experience.

I will also share with you more about my own background and how it helped me to enter the field of Information Technology.

In the early 1990′s I was working as an administrative assistant, and as part of my duties I learned how to use a number of different computer programs; common business applications including word editors, spreadsheet programs, and databases. After my stay as an administrative assistant, and while I was seeking new and interesting employment opportunities, I sent away for a PC (Personal Computer) home study course, mostly because it came with a PC! I learned computer hardware, and computer software, including operating systems such as Microsoft DOS and Windows version 3.1. (Learning computer hardware and computer software, including operating systems such as Microsoft Windows XP and Microsoft Windows Vista is the first step in training for a career in Information Technology. I will explain more about this on the next page.)

I was also able to connect to the Internet using a modem; at that time, the only real Internet choices there were was “GopherNet”, and the America Online Network. (“GopherNet”, which is still in existence today, allows you to view folders and files on a remote computer, not web pages. The America Online Network has merely changed over the years.) Besides then connecting to a rather bleak Internet, in comparison with today’s Internet, you could connect to what were called “BBS’s”, or electronic bulletin boards. These “sites” allowed you to chat, play online games, and both upload and download content. ( I would have to check to see if any “BBS’s” are still in existence today!)

In 1997 I relocated to the Silicon Valley (San Jose, California), and I began applying around for administrative assistant positions. One recruiter pointed out that I “had a list of computer skills a mile long” between having learned a number of business applications, and having also completed a two year home study course as a PC Specialist. I was offered a high paying short term contract to provide computer support for employees at NEC Computers. I was basically an apprentice to what I would call a “guru” in terms of computer and computer networking skills.

I also entered college again to earn an Associate of Science/Information Systems Degree. After my contract at NEC Computers ended I applied at Honeywell Automated and Industrial Controls, and I accepted a position as a hardware technician. At this point now in my life I was pursuing a second degree in Information Technology, and working in the field of Information Technology, developing on the job skills critical to become a real expert. (At that time, the field of Information Technology was called Management Information Systems (MIS). Later it was changed to Information Specialist (IS), and today it is known as Information Technology (IT)).

That was the beginning for me. I soon continued on to teach networking technologies, and I accepted senior engineering positions with a number of different companies and corporations. I WAS EARNING WAGES and BENEFITS PACKAGES I HAD NEVER DREAMED OF!!! I essentially climbed the ladder from working as a computer hardware technician to working as an instructor, a network engineer, a senior network engineer, and finally as a consultant! Today I work as a contractor and as a webmaster.

If you would like to enter the field of Information Technology yourself PLEASE CONTINUE READING!!! I have myself graduated over four hundred computer networking students, and I can teach you how to learn computer hardware and software, and computer networking. I will tell you what course books to study and how and what certification tests to prepare for.

The field of Information Technology is not about computer programming, or application development; this field is all about the designing, building, maintaining, troubleshooting and repairing both the computers and the computer networks that companies use to store and use their data. In considering computers, there is the computer hardware; the disk drives, cd-rom drives, memory, motherboard, processors, power supplies, mice, keyboards, and other parts and peripherals. There is also the computer software; namely, the operating system, like Microsoft Windows XP or Microsoft Windows Vista, and computer applications or programs, such as Microsoft Office or Adobe Acrobat Reader.

When one or more computers are connected together to form a computer network they are connected using network devices such as hubs, switches, routers, and other network devices. In the field of Information Technology some IT Specialists prefer to work on computer hardware and computer software, and special computers used in a computer network called network servers. Other IT Specialists prefer to work more with network switches, network routers, and other telephone and telecommunications equipment.

If you would prefer to work with networking devices more than with computer hardware, computer software, and servers, you might want to pursue getting certified as a Cisco Certified Network Associate, or CCNA. (The CCNA certification is either one or two exams; you have a choice of taking it as either one or two exams depending upon your preference.) Your duties as a CCNA would revolve more around configuring and troubleshooting network routers and switches, and working with leased line providers and telecommunications equipment. Cisco Systems also offers other more advanced routing certifications beyond the CCNA, namely the Cisco Certified Network Professional, or CCNP, and the Cisco Certified Internetwork Expert, or CCIE.

If you would prefer to work on computers; installing and fixing computer hardware and computer software, and administering network servers and network databases and applications, you might be interested in pursuing first the A+ certification followed by the Microsoft Certified Systems Engineer, or MCSE certification. (The A+ certification exam is given as either one or two exams; one exam is based on computer hardware and the other exam covers special software known to IT Specialists as operating systems. The Microsoft Certified Systems Engineer, or MCSE, is awarded upon the successful completion of seven individual exams.)

Many IT professionals maintain proficiency in computer hardware, software, network servers, and computer networking devices such as routers and switches. Many employers demand that their IT staff be able to help employees with simple computer problems while also being able to solve complex network problems on network routers, switches, and even firewall systems. Many positions in the field of Information Technology require an A+ certification, an MCSE, and a CCNA. Other positions require only one of these certifications, plus or many any of a number of other industry standard certifications.



Unless you decide to pursue the Cisco Certified Network Associate, or CCNA certification, you will probably want to begin learning the ins and outs of a single computer before studying computer networking technologies. You can purchase the textbooks for the A+ certification, the MCSE certification, and the CCNA certification at almost any book retailer.

Focus first on the A+ exam material before proceeding to the MCSE exam material and/or the CCNA exam material – this is best if you are an absolute novice. It is also a good idea to set up a small computer network at home to practice with – hands on experience with these technologies is essential to success! It is also a good idea to attend a technical school to learn the basics of networking technologies, but you can study and become proficient with these technologies on your own just as well.

With your A+ certification behind you, you can work as a PC technician, or even as a Help Desk Specialist (helping employees with their hardware, software, and basic network problems.) While pursuing your MCSE and or CCNA, you can apply for positions as a junior systems administrator, network administrator, and even a junior network engineer.

Study your exam materials, setup your own home network that you can use to practice on, and by all means try to meet people who work as IT Specialists so that you can learn more about working in the field of Information Technology. Maybe you can spend a day at work with them working for free as an apprentice? (Companies usually do not mind extra help for free!)

Create a sharp resume’ listing your certifications and/or technical school degrees, and your work experience…if you do not have any work experience, try to get some working with an IT Specialist. Though certifications are important, most employers prefer work experience. Some job interviews have a required technical interview where you are tested on your fundamental knowledge and your ability to troubleshoot and resolve computer and computer network problems.

Once you have passed you A+ certification exams you can begin applying to work as a computer technician (hardware and/or software technician.) From there you can continue your studies in networking, earn your MCSE and/or CCNA, CCNP, or CCIE, and become a network engineer, a senior network engineer, a contractor, or even work as a consultant.

Good luck to you…if you have any questions about the field of Information Technology please feel free to contact Donald Carroll at Green Planet Fantasy Theater.

(For more great “how to” articles, plus DVD Movies, Music Collections, PC, XBox, Wii, Sony Playstation and Nintendo Games, Software, E-Books, Audio Books, and Adult *** Material FREE, visit Green Planet Fantasy Theater online at http://ww.myplanetfantasy.com.)



Caffeinated Content – Members-Only Content for WordPress

Jim Zorn asked:


Electronics Engineering Technology distance learning courses are flourishing, making use of the low entry-level requirement of a 2-year Associate Degree to become an Engineering Technician, and the further career advancement to an Engineering Technologist (or Applied Engineer) possible in the field by pursuing a 4-year Bachelors Degree. Among all Technicians and Technologists working in USA, Electrical and Electronics Engineering professionals make up more than one-third, which is a clear indication for their demand. And this demand is nowadays driven more by the high-tech industry’s need for Electronics Engineering Technicians, rather than the conventional industries’ need for Electrical Engineering Technicians.

Why Electronics Engineering Technology?

All of today’s booming industrial sectors like telecommunications, medical equipment, control systems, automotive systems, navigational systems, and of course, the consumer appliances sector are bringing out everything from mobile phones to home theatres, and require expertise in Electronics Engineering more than anything else, which explains the demand for Electronics Engineering professionals.

However, to attempt the field through an Engineering Degree can be taxing to those students who are not interested in taking advanced level mathematics (calculus) courses that an Engineering Degree requires, or to endure its long 4-year time frame. For such students, Electronics Engineering Technology is a great option, with its stress on applied or hands-on Electronics Engineering rather than the mathematics-dense and research-oriented Electronics Engineering. The time frame also is much shorter, with an Electronics Engineering Technician requiring only a 2-year Associate Degree to enter the field.

The job opportunities too are tilted in favor of Electronics Engineering Technicians when compared with Electronics Engineers; there are 182,000 Electrical and Electronics Engineering Technicians working in USA, compared with only 143,000 Electronics Engineers. The only drawbacks – a lower level in the hierarchy and the lower starting salaries than Electronics Engineers – can be overcome in the long run, since interested Electronics Engineering Technicians can study further for a 4-year Bachelors Degree, thus qualifying for the senior position of Electronics Engineering Technologist, who enjoys a position and salary comparable to Electronics Engineers. Average salary for Electronics Engineering Senior Technicians / Technologists is US $46,000, very comparable to salaries for Electronics Engineers at US $52,000.

Why Electronics Engineering Technology Distance Learning?

It is estimated that job opportunities for Electronics Engineering Technicians and Technologists would grow at up to 17% every year, for nearly the next 10 years. The requirement of an Associate Degree for entering the field is a relatively recent phenomenon, and a significant percentage of working Electronics Engineering Technicians doesn’t have such a formal degree. The industry preference to degree holders is encouraging such working professionals to get an Associate Degree, and electronics engineering technology distance learning becomes the natural choice. Also, due to the boom in the sector, those already having an Associate Degree will go for a Bachelors Degree so that they can work as a Technologist. And, of course, the growth prospects in the sector are attracting working professionals from other fields to Electronics Engineering Technology. These three factors are driving the huge demand for electronics engineering technology distance learning courses.

Earlier, there were technological hindrances to deliver such a hands-on course through a distance or online model. However, with the development of state-of-the-art systems like National Instruments’ LabVIEW/ELVIS (Educational Laboratory Virtual Instrumentation Suite), which can be used by remote students through a web browser, to virtually perform any electronics experiment, the demand for Electronics Engineering Distance Learning courses are at an all-time high.

Universities and Colleges Offering Electronics Engineering Technology Distance Learning

Electronics engineering technology distance learning courses offer both 2-year Associate and 4-year Bachelors Degrees. While Community Colleges and Institutes dominate the Associate Degree scene, Universities and Polytechnics are the primary sources for Bachelors Degrees. While searching for electronics engineering technology distance learning courses, it should be kept in mind that many US institutions still call the subject Electrical Engineering Technology.

Associate Degrees

Many Community Colleges and Institutes offer 2-year Associate Degrees for electronics engineering technology distance learning, but fully accredited courses are fewer. Whether for employment as an Electronics Engineering Technician or for further pursuance of a Bachelors Degree, it is always better to go for an accredited course. Cleveland Institute of Electronics (CIE), Penn Foster Career School, and Grantham University are three institutions that offer accredited Associate Degrees in the subject.

CIE’s Associate in Applied Science (A.A.S.) in Electronics Engineering Technology boasts of many unique features. Designed from the ground up as a distance learning course, rather than an online adaptation of a regular course, the CIE A.A.S. provides everything that an electronics engineering technology distance learning student might require, in a packaged fashion – complete with printed courseware for over 250 self-paced lessons, videos, and detailed instructions for the over 300 hands-on lab experiments. The only thing missing will be access to an Oscilloscope, and the CIE Bookstore even sells Oscilloscopes at discounted prices to its students! One-to-one instructor support is always available for students. Even the exams can be taken online. A really unique feature of the course is that interested and capable students can complete the course in half or even quarter time, and need only pay for that!

Penn Foster Career School offers an Associate in Specialized Technology (AST) in Electronics Technology, that can be completed fully online, with access to an internet-connected computer being the only requirement. Tuition includes well-written and amply-illustrated printed courseware, tools and equipment for experiments, and unlimited instructor support through website, phone, email, and regular mail. Online open-book exams and end-of-semester proctored exams are other features of this course. The course is self-paced, with longer than 2-year durations allowed.

Grantham University offers an Associate of Science (AS) in Electronics Engineering Technology through the distance mode. The tuition package for the course includes textbooks, lesson guides, grading of all tests, mailing of materials and graded tests from the college, consultation with instructors, and required software. Proctored exams are conducted at the end of every semester, which lend more credibility to this course. Consultation with instructors is available through phone, fax, email, and regular mail. To better facilitate the distance mode of the course, Grantham University even provides a discounted option for its students to buy computers from Dell. However, the main advantage of this course is that full credit transfer is possible to Grantham’s Bachelors Degree in the subject. Grantham is especially popular with military students.

Bachelors Degrees

When it comes to Bachelors Degrees for electronics engineering technology distance learning, even courses with accreditation from the Technology Accreditation Commission (TAC) of the Accreditation Board for Engineering Technology (ABET) are available.

Old Dominion University offers its Bachelor of Science (BS) in Engineering Technology, with Electrical Engineering Technology as Major, and Electrical Systems Technology as optional. The course name follows the earlier US convention of naming Electronics Engineering courses as Electrical Engineering courses. This B.S. indeed has significant stress on Electronics Engineering Technology. In-depth coverage of Electronics includes Linear Electronics, Digital Controls, Microprocessors, Communications, Control Systems etc. High-tech delivery methods like virtual laboratory, streaming video, and satellite broadcast for 1-way video and 2-way audio, are fully utilized. The course is accredited by TAC of ABET.

World College, a wholly owned subsidiary of the Cleveland Institute of Electronics (CIE), offers a Bachelor of Electronics Engineering Technology (BEET) through the distance mode. Features include over 300 lab experiments, online exams, and toll free phones and email for consultation with instructors. Subjects covered include Electronics, Computer Technology, Telecommunications, Electrical Power, and Control Systems. Access to a computer and an oscilloscope are necessary.

Grantham University (described above, under Associate Degrees) also offers a Bachelor of Science (BS) in Electronics Engineering Technology.

The only current limiting factor for electronics engineering technology distance learning seems to be the high costs for implementing virtual labs that can be simultaneously accessed by a large number of students, and once this is solved by better and economical hardware and software, electronics engineering technology distance learning will be provided by more and more Universities, Colleges, and Polytechnic Institutes.



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