Comet Infowave Pvt Ltd makes it possible to earn money from your home

Work From Home Job allow you to be your own boss.You are not restricted to work within a particular time frame. You can choose the hours that are most suitable to you. In fact, you have the flexibility to work as little or as much as you require, depending upon your financial condition. Moreover, you don’t have apply for sick leave or request day-offs, such flexibility allows you to spend more time with friends and family.

Nothing Else Can Help You Earn So Easily And Legitimately

Do you know that about one in five workers worldwide works from home?

People who were often seen as the non-adder to the income (such as homemakers, spouses, retired professionals, students, etc.) are now becoming one of the largest earning sections of the society?

Even those with a regular income are trying newer opportunities for a few hours every week and adding to their whole income.

This field is so loaded with fake schemes that make it difficult for the people to trust anyone.But We provide real scam-free work-from-home jobs that will allow you to make the money you have always dreamed of — doing simple Data Entry tasks, all from the comfort of your own home. So we invite you to evaluate the opportunities with Comet Infowave Pvt Ltd  very carefully, and see it yourself that we are not in this business only to help you earn – we also make money along with you.We provide only legitimate work from home opportunities that make it possible to add substantial amounts into your pockets.

If you consider today’s environment, there has never been a better time to start on your own from home. All it requires is for you to have an email account and an understanding of the basic internet surfing skills.

Who Qualifies for This Job Program

We provide this complete program to any of the following:

Anyone over the age of 18 years old.
Anyone who knows how to turn on a computer, and familiar with Microsoft Office.
Anyone who have a good typing skill.
Anyone who is wanting to put in an effort to work.

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Comet Infowave Pvt Ltd – Data Typing Jobs [ Offline ]


Comet Infowave Pvt Ltd Tie-up with many Online E-commerce sites. So these sites need to promote their products or services through internet marketing. They give product details like product name code no manufacturing date lot no price details or also give manual for how to uses their products or services to Comet Infowave. So they collect many company’s database or generate work for you. Offline data typing jobs is very easy or simple.

When you receive Project CD there are we show demo how to sort out contain or make new good meaningful as well as attractive ads campaign. Some product or services are short description than we need to convert it more contain. Whenever you do this job you start writing or indirectly your imagination power increase more right now you have. So this is fantastic job you love this job.

Housewife,Retired Persons,Collage Students or Jobless People are most welcome on this programme. Comet Infowave, always try to given work for right candidate who really need jobs or those people who show serious interest in this project work. In our country many companies are also working same field. But each company working style their rules & regulation payment ration are different. Some company’s management systems are not strong or stable that’s why created many problems or they didn’t complete their work or finally company was closed.

Many people work hard to earn money but unfortunately they could not get any amount of work. Data Typing Jobs also such a great opportunity to Earn Money From one of the Home Based Business.


The Data entry job projects need the below:

1-Knowledge of MS-Office Word.You can use any version of MS Office.
2-You need to convert the .JPEG (Image Files) into MS-word Files by typing only.
3-Your Accuracy should be 90%.
4-There is no limit of work amount in online typing.You can do your work at your own free will.
5-In one assignment, we will provide 20 scanned images.

Wish you all the best. Earn Good Money From this Programmed.

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Comet Infowave Pvt. Ltd. | one stop solution for freelancing!!

To define freelancing, all you need to do is define the ideal way of working in your head. When one thinks of working, one would love to work for oneself at one’s own convenience. One would love to work in a free space and environment, without people telling you what to do-when to do.

When one thinks of working for money, if the money comes in at our own will without making as much a tedious effort, who doesn’t like it coming. When one has to work, it would be lovely if the work is not something one does not want to do, but at the same time it could be something easier to do.

All of the above mentioned factors are the characteristics of freelancing. As we realize, freelancing has its advantages more than anything. One can work at the freedom of their house, when they want, for how long they want. One does not have to take commands form anyone, has the freedom of creativity, etc.

One of the biggest advantages for people who actually want to earn money but are not very educated or especially skilled to do something and make a career out of it, freelancing works comes into help and play. For freelancing, one does not have to be very educated, from high end B-schools, or have special professional skills. Freelancing allows you to fail at your creativity and re-start and pick up from where you ended.

There are many freelancing jobs available online. All one needs is an internet connection and a little knowledge of the computer. Although, it would not be right to say that all freelancing jobs are online and need an internet connection. There are jobs like data entry, data analysis which only use particular software and no internet connection is required at all to do this kind of work. Then there are the basic online freelancing jobs like online data entry, online email campaigns, online surveys, content writing, online marketing campaigns, etc.

In most of the above stated kinds of work, there are two ways one works; either directly for the client or through a mediator as it is best to have a coordination point between you and the client as it helps you save the tedious task of explaining yourself and with a mediator working as your point of contact, you get paid for your work irrespective of anything. Now one of the very famous organizations doing this mediation for online work in India is Comet Infowave Pvt. Ltd.

Comet Infowave Pvt Ltd Ahmedabad, Gujarat based company that is working in the direction of creating job opportunities for the people seeking jobs that can be done from home. The multitude of services include e-book publishing, Scanning, Pdf conversion, Online conversion, Data extraction, Ocr Cleanup, Data conversion, Email extraction, Order processing and Data entry services that are flawlessly executed by a handpicked, seasoned team of freelancers who are dedicated to providing work of superior quality.

They are also armed with a workforce comprising of individuals skilled in formulating survey and questionnaire forms, order, inventory, invoice / billing data entry, bulk bill/order processing, e-books publishing, data extraction, tabulation and analysis, and the assorted. This organization believes that individual performance matters hugely and the key to achieve more productive workforce lies very firmly under the leadership of a good leader. Comet Infowave gives you a chance to be your own boss and work from the comfort and privacy of your own house. Comet Infowave provides great employment opportunities to freelancers, who are in search of work.

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Step into the New Age Future- Comet Infowave

Comet Infowave Private Limited announces its new offering called Audio Library. This project of Comet Infowave marks its presence in the internet world with a different perspective altogether. The company announced this new venture in a company’s event that took place in Ahmadabad in September.

After bagging a good position and making itself known in the market of data entry and providing great job opportunities to people who wanted to work from home. Comet Infowave is now starting up with a new offering called Audio Library. Digital revolution has already taken over the world and in this age where people are going crazy after the latest technology; our organization is trying to give the book lovers an all new experience. Wherein they would be able to enjoy their hobby or enhance their knowledge along with daily routine work. The era of e- books has already arrived, with reading devices improving day-by-day and becoming more and more sophisticated with enhanced accessibility features. Nowadays people carry their books with them all the time in mobile, i-pad, tablets, etc.

Our company with the help of the technical team has already started to work for the aim to take this experience of e-books to a new level altogether after doing the necessary research and Development for this project. Our organization has generated the idea to convert these books from electronic medium to audio format. It would take us another 2-3 years to complete this action plan and enter the world of Audio Library. The e-Library would be having books of all genres. This would prove to be a boon to many as the audio format of the books would also help people who are blind, as it is said things that we hear makes more effect on our mind then what we read specially in case of blind people. As it is the beginning, with time the number and availability of the books would keep on increasing.

Committed to offline data entry service provision since inception and awed by the numerous technological capabilities of IT sector, we initially immersed in the research of offline/online freelancing service provision. After gaining extensive experience of over a decade of research, we now posses substantial knowledge to deliver the highest accuracy and excellence in the field of offline typing work. Looking at the rise in work-from-home demands, we are encouraged to work with full force to offer employment opportunities to freelancers in search of work.

Comet Infowave Private Limited is a flourishing company with a strong base of trusted clients and customers spread across the globe. Our experienced team members make every effort for the benefit of the company by implementing organizational strategies and methodologies. Our vision is to become one of the chief data entry work service providers in the nation.

Therefore, by expanding our network, we aspire to reach out to as many freelancers as possible and make them aware of the benefits of work-from-home services to be able to earn handsomely by working conveniently from home. From a small sized business, the minds behind Comet Infowave Pvt. Ltd. have been successful in forming a firm foundation of the company in just 3 years. The trust, believability, and mutual cooperation built among team members had a boomerang effect. This helped in strengthening business ties on the cooperate front. Hence withstanding tough competition, we continue to work upon offering complete customer satisfaction by managing projects proficiently. Using accurate, authenticated and essential strategies, we  categorize, analyze and enhance the work according to the customers requirement for absolute consumer satisfaction.

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Comet Infowave Typing Guidelines – Analytic Keyboards

Modern keyboard technologies open up many new possibilities for complex keyboard behavior—beyond dead keys and operator keys. It is now possible to build analytical routines into systems that intercept the key presses, perform some analysis, and deliver the results to the application.

1   Sequence checking

Simple keyboards, where one keystroke equals one letter, and each letter follows directly after the previous one on the line, can usually assume that people will type data correctly. Other situations — more prevalent in scripts which use diacritics — is the issue of ensuring that people, for example, do not type the same diacritic twice. This enforcement of valid keying sequences is known as sequence checking. This can be as simple as checking that people don’t type the same diacritic key twice in succession, and possibly generating an error (such as a system beep) when they do.

Sequence checking can also be used to ensure that only valid base character and diacritic combinations are typed, and that they are typed in the correct order. Some software specifies a combining order for diacritics, and it helps if the keyboard can encourage data entry in this order. The order can be enforced, either by not allowing an earlier diacritic to be typed after a later one, or by allowing the keystroke and then re-ordering the data before it is stored in the computer.

Editing data that requires sequence checking presents a similar problem to that of operator keys. It is not easy for the keyboarding utility to manage the editing of a document, especially if a cursor is positioned randomly within a string of text. For this reason, applications cannot assume that the keyboarding utility will ensure that data is entered in any particular standard form or combining order. This can be troublesome.

While the keyboard does not interact with rendered text, but with the underlying stored text, the two are related in that they are both concerned with the visual representation of the text. Thus, the rendering subsystem may handle ‘illegal’ sequences by, for example, displaying illegal diacritics over a dotted circle, which can alleviate work from the keyboard. But there is no harm in programming defensively, with both the renderer able to display illegal sequences and the keyboard endeavoring not to allow users to type illegal sequences.

With dumb rendering systems, which are particularly unable to work with illegal sequences (for example, duplicates of the same diacritic), then more of the burden for ensuring valid data is placed upon the keyboarding subsystem.

2   Using keyboards in place of rendering systems

Keyboards can also be used to take the place of sophisticated rendering systems. For example, a writing system may rely upon a dot, placed over certain letters, to indicate some linguistic function. For most letters, the dot is placed at a normal height. For tall letters, however, it must be raised. This is most appropriately handled using smart rendering systems. If such a system is unavailable, then the same effect can be produced by encoding two variants of the dot—one normal height and one higher—as distinct characters, and the keyboard can determine which to use based upon the last letter typed.

There is a danger to this use, however. The resulting data stored on the computer now has two different codes in use for the dot, and the chosen encoding will need to include both. This makes further analysis on the text more difficult and error prone, and hence is not considered good practice in information systems. In particular, it is completely contrary to Unicode design principles. This is not needed as much with newer rendering systems, but was once the best option for high-quality publications.

3   Using keyboards to enter non-visual data

Just as keyboards can choose which variant of a diacritic to use in a specific context, it can also enter additional data into the encoded text. In Southeast Asia, many of the scripts can be written either with or without word breaks. Text without such breaks can be difficult to process, as the application needs to know when to break a line so as to keep words intact. Ideally, as part of the rendering process, an application would perform linguistic analysis on the text in order to recognize where valid line breaking possibilities exist. It may not be feasible to implement such capability in every situation, however. As an alternative, non-spacing word break characters could be used. But some typists find it hard to remember to enter in those non-visual breaks when they are not displayed on the screen.

Here some analysis could be built into the keyboard. It could watch the stream of key presses, analyze the syllable structure, and automatically enter in the breaks. This is not always foolproof, but can be a great help to the entry of text.

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Comet Infowave Pvt Ltd Typing Guidelines – Extending the keyboard

In many cases, the requirement is to design a keyboard which supports more characters than can be accessed simply from a single press of the 101 or 102 keys on a normal physical keyboard. There are numerous approaches which are used to extend keyboards and Comet Infowave present most of them here.

1   Modifier keys

The most common approach is to extend a keyboard using modifier keys such as  Shift  (a traditional modifier key) or  Ctrl ,  Alt ,  Alt-Gr ,  Command ,  Option , etc., depending upon what type of keyboard you have. The Macintosh, for example, allows access to all the 8-bit codes directly through use of combinations of the option and shift keys.

The problem is that modifier keys are often used by applications for speed keys or for controlling the application, and requiring their use for typing can preclude their use by the application. Or worse, the application may take precedence over the modified key and not allow that combination to be used for typing a character. The Macintosh, at least, is reasonably tidy: combinations including the Command  key are for “speed keys”, those without aren’t (except in non-text-oriented applications or situations such as games). So combinations including the Shift  and  Option  modifiers are safe for generating characters. On Windows,  Alt  is typically used for accessing menu items, whereas  Alt-Gr  may be used for entering extra characters.

2   Dead keys

Dead keys are a popular approach to extending the keyboard for Latin keyboards. This approach allows the user to type a single character as a sequence of two or more keys on the keyboard. All but the last key do not result in anything being displayed, but change the state of the keyboard for subsequent keystrokes.

For example, on the International English keyboard, pressing the  ‘  key results in nothing being displayed. Following that by the  a  key results in “á” being output. If a key, such as  b  were to follow, then “’b” would be output.

Dead keys work well where there is a very strong mnemonic relationship between the key being pressed and its function. Dead key sequences should be obvious and short, so the user is less likely to forget where they are. The problem with dead keys is that they easily confuse users since pressing a dead key results in no initial visual feedback.

3   Operator keys

A different approach to dead keys is to place the modifier after the key it modifies. Thus we might type  a   ‘  to get “á”. On pressing the  a , an “a” would be output. Then when the  ‘  is pressed, the “a” preceding the cursor is replaced by a “á”. This is a very powerful approach in that it allows the user to always have feedback regarding what they are typing.

The major difficulty with this approach is the implementation. You first need a system which can handle complex editing as well as typing. Thus, if I were to click in a document following an “a” and then press  ‘ , I would expect that “a” to change. But that might well not be possible, technically. Tools such as  Keyman work hard to emulate this behavior, but even then have limitations.

Secondly, all intermediate output characters need to be supported by the system. When implementing a keyboard for the International Phonetic Alphabet, which has hundreds of symbols, it may be nice to use combinations that begin with the;  key to enter certain symbols. Using an operator keys approach, it would be ideal for the system to display an intermediate “;” as the first key is pressed. But the “;” might not exist in the IPA font, and so could not be displayed. Thus, you can only rely on intermediate output for codes that your keyboard needs to generate anyway.

4   Input method editors: composition and candidate windows

One approach to the very large keyboard problem, for such languages as Chinese, is to use a type of keyboard input system known as an input method editor (IME). IMEs are characterized by special pop-up windows used to facilitate input. One type of window, known as a composition window, allows an intermediate string to be edited. For instance, a phonetic representation using Latin characters may appear temporarily, and then replaced in the composition window by a Chinese character when a valid syllable is recognized. When the desired Chinese characters appear, a final keystroke causes this completed result to be transferred into the document.

A second type of window, known as a candidate window, can supplement a composition window. For example, as a phonetic representation using Latin characters is entered in the composition window, there can be several Chinese characters that could be intended. A candidate window can appear, showing the different candidate characters, allowing the user to select the desired Chinese character via the mouse, pressing the initial key or using the arrow keys. As the user types more keys, the possible selection list changes, homing in on appropriate character to input. For example, a Chinese keyboard results in the following windows being displayed:

In the screen shot above, the left hand window is the composition window, which contains temporary output from keystrokes that have been pressed. The right hand window contains candidate Chinese characters that are possibilities for what the user might be wanting to type. There are various other controls to allow the user to page through the list.

Composition and candidate windows can be used in combination, but either can be used alone. A candidate window provides a powerful mechanism for selecting characters from a large list, or even a shorter list, if a user is liable to have difficulty remembering the keying for a particular character. Its weakness is the amount of screen space it takes up, although with increasingly large screens, this is becoming less of a problem.

Unfortunately, there are few, if any, tools that allow such candidate systems to be customized or created.

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Comet Infowave Typing Guidelines – Keyboard Layout

The primary consideration in keyboard design is the layout of the keys. Whether the physical keyboard is a variant of a standard European keyboard, or one localized for the script, there are ways to adjust the layout to accommodate new or rearranged letters. Much of what we need to consider can be brought out in the simple example of adding support for the character “ÿ” to a Latin keyboard. There are two ways of doing this.

1   Mnemonic

The first way is to consider the “ÿ” as two components: “y” + umlaut. In this case we would have a special keystroke to add the umlaut on top of the “y”, for example the keystroke” following a  y  might add the umlaut. In other words we are using existing information on the keys of a user’s keyboard to help the user remember the keying of the character. We use the term mnemonic keyboard for this type of keyboard. Mnemonic keyboards are commonly used with Latin-based scripts, since there is a close correspondence between what people want to type and what they see printed on the keyboard in front of them.

2   Positional

The second approach to the design of a keyboard is to reconsider the position of the letters on the keyboard. Of course, this means that there may be differences between the letters that appear on the keytops and the results when typing. There are physical ways to assist users in using rearranged keyboards, but those are not discussed here.

The easiest way to implement “ÿ” in this case is to consider “ÿ” as a unit. We might want a single key to press to type this character. In addition, we would like it on the periphery of the keyboard, since it is a rarely typed letter, and goes just as well on the right, where there are punctuation characters we can use. So we might specify that it is associated with the second row right-most key on the keyboard, which on some keyboards represents the “]” key. This is a departure from the standard keyboard, but one that users can readily accept.

A more complex, but possibly better, method is to still give “ÿ” a special key, but arrange it positionally close to the “y”. This would be helpful if “ÿ” was a very common letter combination. For example, the UIOP keys could be shifted right (with the  P  replacing the  [  key), and the new letter placed in the place of  U .

This type of rearranged layout is a positional keyboard, where keys are defined positionally in relation to each other. Thus it does not matter what is printed on the keytops of the keys; what is important is what character is generated by each position in the grid of keys. This approach is most commonly used when implementing a keyboard based on a typewriter layout or some other standard.

This approach of defining keyboards in terms of the relative positions of keys is less common for the addition of a single character to an existing keyboard than it is for the implementation of a whole keyboard, particularly if that keyboard emulates an existing keyboard layout. For example, there is no mnemonic relationship between the keytops on a physical keyboard created for the UK and the de facto standard for typing Thai. The Thai keyboard is designed in terms of the old typewriter layout, which is a good layout. That is, the most commonly typed letters are positioned in easy-to-reach locations, and rarely-typed letters are more difficult to reach, without respect to the traditional QWERTY layout.

When designing a complete new layout for a keyboard purely in terms of relative positioning, it is useful to do some analysis of common letters and combinations. The keyboard designer can then allow typists to type quickly by placing commonly typed letters on the keys in the middle of the keyboard. This is a radical departure from QWERTY, which was originally designed to slow typists down so that the typewriter would be less likely to jam. The DVORAK layout for English keyboards was an attempt to provide a keyboard layout which allows typists to type English faster. We, Comet Infowave Pvt Ltd prefer DVORAK layout of keyboard to our employee.

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