VPS Hosting for Schools and Teachers

With the digitalization of information becoming more and more prevalent in all industries, school libraries are slowly making their way online, as are lesson plans, reading lists, notes and guidance and even homework assignments. With this large bulk of information needing to be kept safely online, it is important that schools think about how they are hosting their information so that it is not only safe and secure but it is also easy to control and share with others.

Initially, when the Internet became a mainstream part of daily life, schools would purchase shared hosting and pay a company to program a small and simple website for the basic display of information. These days, this kind of website would not serve any purpose at all, as students and teachers now require access to e-mail services more than they require a simple paragraph of text. An online search for any school's website shows that the standards for hosting and sharing of information have increased dramatically.

The point of virtual private servers (VPS) are to allow the client space to upload information, host resource heavy websites and applications, and set up entire intranets without any impact on other services being hosted on the same physical space. The hardware is partitioned in such a way that each client has the performance of a dedicated server at a fraction of the cost.

Loading

ome companies buy two or three VPS hosting accounts from the same web hosting provider for the use of their websites, internal communications and storage of information without any one of these hogging the resources needed by another. For a school, this means that they can send out mass e-mails to all staff students without jamming the server and reducing performance for those who are trying to use study notes hosted elsewhere on the site.

It is no secret that schools have very tight budgets, and need to make the most of affordable services while still having the students' best interests at heart. Using a virtual private server cut the costs by not needing the hardware, the technical staff or lengthy contracts. They can simply decide on a budget that suits them, select a VPS service that offers a good selection of tools for their needs and have their information up and running within a couple of hours. As the Internet grows, and they need to add more information or upgrade the space or bandwidth of the service, the VPS hosting service can do this without disruption.

myhosting.com provides cost-effective VPS Hosting designed to help enhance productivity and maximize resources. With over 12 years of experience, myhosting.com provides a full suite of services from shared web hosting, to Hosted Exchange Email and Web Hosting services for SMBs and businesses of any size.

Article Source: http://EzineArticles.com/expert/Nova_Johanson/825903


Distance Learning, Online Education, Electronic Education, Electronic Learning

Whatever you want to label "learning at home" and however you want to define the latest buzz words for non-traditional education, you can find a program and method that suits your needs. Right now over 1.2 million people in the U.S. participate in some form of distance learning, with a projected expansion to 2.3 million in just a few years.

In looking at this rapidly expanding and viable form of education and training, there are a few basic things you need to consider and some decisions you need to make in order to create the environment that will best suit your needs. You need to know the what, the why, the benefits and the how of the various forms of distance learning.

Loading

Distance learning (correspondence courses) started in Europe in the 1800's and has evolved into a multifaceted term that serves many purposes. Some of the forms of distance learning are: correspondence courses, online education, internet based education, electronic education, e-education, electronic learning, and e-learning. How these terms differ will depend upon how the institution defines and labels the programs which they offer. To simplify the whole concept, let's say that these terms represent ways of learning away from a "brick and mortar" facility. Some distance learning and/or online programs may or may not be connected to a university or college. There are many programs that are independent and are not affiliated with any institution.

Distance learning offers a variety of paths to personal goals which include: GED, associate degrees, bachelor degrees, graduate certificates, master degrees, doctoral degrees, non-credit training courses, and others. Whether a person is seeking a degree, keeping professional skills updated, or pursuing skills for an interest area or hobby, there is a program or offering that should work.

Why are so many people turning to distance learning? What are its advantages? On a personal level look at such pros as: maintaining privacy; provides convenience; enables a flexible schedule; allows for balancing job and family obligations; working at own pace, going slowly or accelerating learning; can be less expensive; great for homebound individuals; no unnecessary travel; no formal class attendance; and can "learn while you earn." These are a few of the many things that are causing quite a number of people to take an entirely different approach to attaining knowledge/skills and/or earning a degree.

Those who advocate against an alternative of distance learning, often site the lack of socialization which is a part of a traditional type of education. However, not everyone is looking for the classroom activities, college events/parties, and the interactions that are a part of a school campus. Many of the classroom activities such as discussion and support can be achieved online. The other things that an online education will reinforce are: reading - ebooks, up to date
references, current research; listening - through audio lectures or clips; seeing- through graphic illustrations and demonstrations; doing - assignments, quizzes, exams, research papers; and speaking/communication - through email, chats, and electronic discussions. A distance learning program can be far more than just reading and writing.

What are the requirements for becoming a part of a distance learning program? Many programs require a minimum of a GED or taking an admissions test. Usually, the process for applying will include: an application; transcripts; test scores; an essay; and letters of recommendation. The less formal the program, the less formal the requirements. There is a wide range in answering this questions. However, what is necessary for an online program is the right computer equipment with the internet connection (high speed), word processing capability; email; and multimedia player. The program you choose will provide more specific details for recommendation about equipment and software.

In choosing a program there some questions to ask as you do your research and make your selection. Ask about the following: help/support is offered; qualifications of the instructors; number of years the institution has provided services; is it an accredited program; details about the curriculum; and multimedia elements of the program. By the way, accreditation is voluntary since there is no officially sanctioned entity in existence. However, most schools considered the six regional accrediting agencies listings to be legitimate agencies. Ask if it is regionally accredited.

The last thing you need to think about is your motivation and work ethic. If you are a good reader (good reading comprehension skills) who doesn't procrastinate and can avoid distractions, you will be a good candidate for an alternative approach to education. In this age of global education and the need for current knowledge and skills, this is a fast delivery system that will bring all the technological advancement right into your living room instantaneously. It works for more than a million people, and it can work for you.

Visit our Resource Center on Distance Learning at: http://sbmag.org/distancelearning.html

Copyright usage: No permission is needed to reproduce this story. The About the Author statement must remain in tact. We also request notification of where the article is being used so reciprocal links can be considered. mailto:barb@sbmag.org

Barbara Snyder is a retired California Distinguished School Principal and Coordinator For Human Resources. She has a master’s degree in Curriculum and Instruction. She holds elementary education, secondary, community college, and administrative credentials. She is currently the publisher of [http://EducationResourcesNetwork.com], co-publisher of Strictly Business Magazine, [http://www.sbmag.org].

Article Source: http://EzineArticles.com/expert/Barbara_Snyder/2588



Computer-Aided Manufacturing (CAM)

Computer-Aided manufacturing (CAM) is the use of software to control machine toolsand related ones in the manufacturing of workpieces.This is not the only definition for CAM, but it is the most common; CAM may also refer to the use of a computer to assist in all operations of a manufacturing plant, including planning, management, transportation and storage.Its primary purpose is to create a faster production process and components and tooling with more precise dimensions and material consistency, which in some cases, uses only the required amount of raw material (thus minimizing waste), while simultaneously reducing energy consumption.[citation needed] CAM is now a system used in schools and lower educational purposes. CAM is a subsequent computer-aided process after computer-aided design(CAD) and sometimes computer-aided engineering (CAE), as the model generated in CAD and verified in CAE can be input into CAM software, which then controls the machine tool. CAM is used in many schools alongside computer-aided design (CAD) to create objects.

Loading

Traditionally, CAM has been considered as a numerical control (NC) programming tool, where in two-dimensional (2-D) or three-dimensional (3-D) models of components generated in CADAs with other “Computer-Aided” technologies, CAM does not eliminate the need for skilled professionals such as manufacturing engineers, NC programmers, or machinists. CAM, in fact, leverages both the value of the most skilled manufacturing professionals through advanced productivity tools, while building the skills of new professionals through visualization, simulation and optimization tools.

Early commercial applications of CAM was in large companies in the automotive and aerospace industries, for example Pierre Béziers work developing the CAD/CAM application UNISURF in the 1960s for car body design and tooling at Renault.

Historically, CAM software was seen to have several shortcomings that necessitated an overly high level of involvement by skilled CNC machinists. Fallows created the first CAD software but this had severe shortcomings and was promptly taken back into the developing stage.[citation needed] CAM software would output code for the least capable machine, as each machine tool control added on to the standard G-code set for increased flexibility. In some cases, such as improperly set up CAM software or specific tools, the CNC machine required manual editing before the program will run properly. None of these issues were so insurmountable that a thoughtful engineer or skilled machine operator could not overcome for prototyping or small production runs; G-Code is a simple language. In high production or high precision shops, a different set of problems were encountered where an experienced CNC machinist must both hand-code programs and run CAM software.

Integration of CAD with other components of CAD/CAM/CAE Product lifecycle management (PLM) environment requires an effective CAD data exchange. Usually it had been necessary to force the CAD operator to export the data in one of the common data formats, such as IGES or STL or Parasolid formats that are supported by a wide variety of software. The output from the CAM software is usually a simple text file of G-code/M-codes, sometimes many thousands of commands long, that is then transferred to a machine tool using a direct numerical control (DNC) program or in modern Controllers using a common USB Storage Device.

CAM packages could not, and still cannot, reason as a machinist can. They could not optimize toolpaths to the extent required of mass production. Users would select the type of tool, machining process and paths to be used. While an engineer may have a working knowledge of G-code programming, small optimization and wear issues compound over time. Mass-produced items that require machining are often initially created through casting or some other non-machine method. This enables hand-written, short, and highly optimized G-code that could not be produced in a CAM package.

At least in the United States, there is a shortage of young, skilled machinists entering the workforce able to perform at the extremes of manufacturing; high precision and mass production. [citation needed] As CAM software and machines become more complicated, the skills required of a machinist or machine operator advance to approach that of a computer programmer and engineer rather than eliminating the CNC machinist from the workforce.

Typical areas of concern:

High Speed Machining, including streamlining of tool paths
Multi-function Machining
5 Axis Machining
Feature recognition and machining
Automation of Machining processes
Ease of Use

Overcoming historical shortcomings
Over time, the historical shortcomings of CAM are being attenuated, both by providers of niche solutions and by providers of high-end solutions. This is occurring primarily in three arenas:

Ease of usage
Manufacturing complexity
Integration with PLM and the extended enterprise
Ease in use
For the user who is just getting started as a CAM user, out-of-the-box capabilities providing Process Wizards, templates, libraries, machine tool kits, automated feature based machining and job function specific tailorable user interfaces build user confidence and speed the learning curve.
User confidence is further built on 3D visualization through a closer integration with the 3D CAD environment, including error-avoiding simulations and optimizations.
Manufacturing complexity
The manufacturing environment is increasingly complex. The need for CAM and PLM tools by buMs are NC programmer or machinist is similar to the need for computer assistance by the pilot of modern aircraft systems. The modern machinery cannot be properly used without this assistance.
Today's CAM systems support the full range of machine tools including: turning, 5 axis machining and wire EDM. Today’s CAM user can easily generate streamlined tool paths, optimized tool axis tilt for higher feed rates, better tool life and surface finish and optimized Z axis depth cuts as well as driving non-cutting operations such as the specification of probing motions.
Integration with PLM and the extended enterpriseLM to integrate manufacturing with enterprise operations from concept through field support of the finished product.
To ensure ease of use appropriate to user objectives, modern CAM solutions are scalable from a stand-alone CAM system to a fully integrated multi-CAD 3D solution-set. These solutions are created to meet the full needs of manufacturing personnel including part planning, shop documentation, resource management and data management and exchange. To prevent these solutions from detailed tool specific information a dedicated tool management
Machining process[edit]
Most machining progresses through many stages,[11] each of which is implemented by a variety of basic and sophisticated strategies, depending on the material and the software available.

Roughing
This process begins with raw stock, known as billet, and cuts it very roughly to shape of the final model. In milling, the result often gives the appearance of terraces, because the strategy has taken advantage of the ability to cut the model horizontally. Common strategies are zig-zag clearing, offset clearing, plunge roughing, rest-roughing.
Semi-f
This process begins with a roughed part that unevenly approximates the model and cuts to within a fixed offset distance from the model. The semi-finishing pass must leave a small amount of material so the tool can cut accurately while finishing, but not so little that the tool and material deflect instead of sending. Common strategies are raster passes, waterline passes, constant step-over passes, pencil milling.
Finishing
Finishing involves a slow pass across the material in very fine steps to produce the finished part. In finishing, the step between one pass and another is minimal. Feed rates are low and spindle speeds are raised to produce an accurate surface.
Contour milling
In milling applications on hardware with five or more axes, a separate finishing process called contouring can be performed. Instead of stepping down in fine-grained increments to approximate a surface, the work piece is rotated to make the cutting surfaces of the tool tangent to the ideal part features. This produces an excellent surface finish with high dimensional accuracy.
Software: large vendors[edit]
See also: List of CAM companies and Category:Computer-aided manufacturing software
For 3D CAM software for personal 3D printers, see 3D_printing § Printing.
The top 20 largest CAM software companies, by direct revenues in year 2015, are sorted by global revenues:

Dassault Systèmes: CATIA
Siemens AG: NX CAM
Vero Software part of HEXAGON: AlphaCAM, EdgeCAM, Machining Strategist, PEPS, SurfCAM, VISI, WorkNC / Dental
Autodesk Inc.: HSM (Works, Express, Inventor), PowerMill, PartMaker | FeatureCAM, ArtCAM, Fusion 360
HCL Technologies Ltd.: CAMWorks[14]
OPEN MIND Technologies: hyperMill
Tebis Technische Informationssysteme AG: Tebis
CNC Software Inc.: MasterCAM
3D Systems: Cimatron, GibbsCAM
PTC: Creo
CGTech: VERICUT
Missler Software: TopSolid
SPRUT Technology Ltd.:SprutCAM, SprutCAM Robot
SAI Software: FlexiSign
Gravotech Group: TYPE3
MecSoft Corporation: VisualCAD/CAM, RhinoCAM, VisualCAM for SOLIDWORKS, FreeMill
C&G Systems: cam-tool
SolidCAM GmbH: SolidCAM
NTT Data Engineering Systems: Space-E (based on the Catia system)
BobCAD-CAM Inc.: BobCAD-CAM

Source: https://en.wikipedia.org/wiki/Computer-aided_manufacturing#cite_note-4



CRM For Small Business

Starting up a small business comes with a lot of problems and issues to face. One of these is that small businesses have to deal with competitors trying to steal away their customers (when you only have a few customers it's really important to keep them). Thus small businesses need to come up with new tactics and personalized strategies to have a competitive advantage over their competitors. One way to gain more customers is to give the best customer management possible.

Increasing the sales volume of the company is key to making it grow and expand. The best way to increase sales volume is to constantly follow up and maintain good relationships with existing customers and potential leads who will become loyal customers of the company later on. Some companies even decide to have their own CRM (customer relationship management) tool to aid in delivering services to their customers.

However, small businesses are faced with problem of having limited funds. This makes it hard to justify purchasing expensive CRM software. It also makes it hard to hire the right people who will offer the best customer management. Some companies have their employees performing several tasks in an attempt to boost the company's sales; this isn't effective in the long run because doing this may sacrifice the quality of giving the best services to your customers.

Loading

An ideal option for small businesses is to have web-based CRM software that will manage the company's customer support and services as well as keep track of their existing and prospective clients. This will help the company to manage their contacts, record their transactions and sales history, and follow up later with their customers. All of these can be done quickly and easily through online based CRM software that is also cost effective and quite affordable for small businesses. This type of centralized CRM solution will help the sales team of the company to handle their customers effectively and eventually increase the profitability level of the business.

Although small businesses have limited funds and manpower, this doesn't mean that they don't need to be able to handle their customers effectively. There are a lot of web-based CRM solutions that are quite affordable for the business and some of them are even open-source making it more realistic for the companies to have their own CRM tool that will cater to the needs of the company in dealing and managing their customers.

James thinks that too many business owners are overconfident in their ability to manage customer relations. He believes that CRM for small business would help these arrogant owners. If you think that you might need help with managing customer relations then you will want to start by looking to CRM solutions companies for help. These companies can help you get on the right track.

Article Source: http://EzineArticles.com/expert/James_Wallace/116654


Design iteratively
No matter what you design, you almost never achieve a flawless product right out of the gate. Rigorous testing, evaluation and refinement are the best means to assess what works and what doesn’t. Rapid prototyping with 3D printing provides the flexibility required to make this crucial trial and error process possible for physical products.

Reduce scrap and rework
In general, the later a problem is discovered, the more costly it will be to correct. Finding and fixing problems early in the design cycle is essential to preventing scrap, rework and retooling. Rapid prototyping with 3D printing allows industrial designers and engineers more revisions in less time, so they can test thoroughly while still reducing time to market.

Loading

Communicate ideas
Physical models convey ideas to collaborators, clients and marketers in ways computer models can’t. Rapid prototyping facilitates the clear, detailed feedback essential to product success, and lets designers quickly respond to input.

Test in the real world
Know exactly how your products will look and perform before investing in tooling. A wide range of 3D printing materials can produce tough functional prototypes for highly accurate performance testing, or realistic models that look and feel like your finished products. Photopolymers, thermoplastics, metals and composite materials provide a full spectrum of material properties, many of which withstand secondary processes like sealing, polishing, painting, metallization or electroplating.
Plus, if your final production process will require molds, patterns or layups, you can 3D print short-run tooling to prove out your products and manufacturing processes before making big investments.


3D Printing Service

3dprinters.3dsystems.com has lot of downloadable content. It offers free software, apks, videos, pdf, games, applications which can be downloaded for Iphone, android, mobile, tablet, Mac, PC all these downloads are for free. Its a reputed website and all downloadable content has been scanned by antivirus softwares.

Download of any software or game from 3dprinters.3dsystems.com will be easy. If you face any problem related to download of any toolbar or software you can contact this site directly and they will solve your problem.


Loading

The website 3dprinters.3dsystems.com has a global rank of 50122 and has 2539.08510009 daily visitors. On social platform it has 0 facebook likes and 0 tweets with a google page rank of 0 it has maximum traffic from United States . The hosting server of this website is located in XX Unknown city in Unknown region. As per our calculations this Domain Name has a worth of $15894.16.


This site has average amount of unique visitors 2539.08510009 per day. This makes this site earn a average revenue of 30.468 per day. If you want to download the content, buy something or thinking to make an online transaction through this site. We would recommend that do it with caution as the site has yet not become a widely visited site and there may be very less info about this site online. This website has good search engine traffic and fine reputation with good content or maybe a bit average quality content. This website is still working on to improve it's social network image. It is having average number of followers and it has to go a long way to become socially sound.

See more at: http://3dprinters.3dsystems.com/printer-buyers-guide/


PCB Assembly

We also have ability for PCB layout ,PCBA  and Circuit assembly, specializes in producing the various electronic products based on your customized designs and do pcba,pcb assembly for all kinds of small ,medium Volume electronic products.
Enabling you to focus on product development and sales, we can solve your production technology issues and take care of product quality.

Loading


The operation we can handle for you is from the Bare pc board fabrication, full component procurement, SMT/BGA/DIP assembly, mechanical/case assembly, rubber molding, functional testing, repair, inspection of finished goods to shipment arrangement.

    Material:

    SMD package, Chip-on-board and Flip Chip assembly technique
    0201 chip, Micro BGA, u-BGA, QFN and LGA assembly
    AI and Thru-hole assembly
    RoHS, REACH compliance and Lead-Free solder technology
    Chip Programming
    Conformal Coating
    ICT test and AOI inspection
    ESD Protection Control Procedure
    IPC-A-610E Class II and Class III Workmanship Standard


    Source: http://www.fr4-pcb.com/provide-99173-pcb-assembly