Thursday, June 2, 2011

Electronic Brainstorming - An Innovative Framework



1. Introduction

Brainstorming is a group creativity activity designed to generate a large number of raw ideas in order to derive the solution to a problem.

1.1 Background: During the late 1930 's and early 1940 's, advertising director Alex Osborn developed a technique for generating new product slogans and ad campaign ideas amongst his employees. He would meet with his group around a table, outline the problem and then have them generate ideas willy-nilly. Out of the scores of ideas generated, a few would turn out to be real gems. This idea-generating activity evolved and became to know as "brainstorming" and top companies and creative individuals all around the world are still using it. In 1953 the method was well popularized by Alex Faickney Osborn in a book called Applied Imagination. Osborn proposed that groups could double their creative output with brainstorming. ( Osborn A F, 1963)

1.2 Advantages: Some of the major advantages of the Brainstorming are as follows

(a) One can use it to generate superlative ideas for business or any other activity that one is involved in, either through traditional group brainstorming sessions or through solo 'wildcatting' brain storm sessions.

(b) Allows one to generate a large quantity of ideas in a short period of time.

(c) Aims to bypass the logical 'censor' mind and access the more creative parts of one's brain.

1.3 Disadvantages of Brain Storming

Some of the disadvantages of the Brainstorming exercise are as follows:

(a) In a group, participants have to listen to others and may spend time repeating their ideas until they get sufficient attention.

(b) Advising participants to let others speak without making them feel offended or intimidated can be difficult.

(c) Participants, with the ability to express their ideas faster and more effective, gain the general attention of the group. Some form of leadership can be formed in this way within the group, which might make participants feel intimidated.

(e) On the one hand, people are not very skilled at controlling their non-verbal reactions and might influence the creativity of others with their posture, gestures or facial expressions. On the other hand, attempting to control their non-verbal behavior might inhibit their own creativity.

Numerous attempts have been made to improve brainstorming or use more effective variations of the basic technique. From these attempts to improve brainstorming, electronic brainstorming emerged out. Mainly through anonymization and parallelization of input, electronic brainstorming enforces the ground rules of effective brainstorming and thereby eliminates most of the deleterious or inhibitive effects of group work.

2. Electronic Brainstorming

In a sophisticated environment, Electronic brainstorming often employs special software that collects one's ideas in a group and shares them with other group members to promote faster collaboration. Professor Alan Dennis and Bryan Reinicke, an Indiana University doctoral student in information systems, surveyed a group of managers and professionals enrolled in the Kelley School's part-time MBA program in Indianapolis and asked them about how they prefer to brainstorm ideas. In that survey with a sample of 131 professionals, most did not see any qualitative benefits in using electronic brainstorming tools, including people who had used them. This finding provided the initial momentum towards yet another creative thinking. ( IU Homepages, Indiana University dated 20 Aug 2004).

3. An Innovative way of Electronic Brainstorming - A new Concept

Getting into innovative patterns of teaching and learning is an evolution. While numerous sessions of traditional brainstorming were undertaken since 2006 with different category of participants, be it defense personnel, Management students, Chartered Accountants or corporate professional, one very important issue that was observed was that of vociferousness. As brainstorming targets quantity rather than quality, the so called vociferousness is inevitable. Albeit, the situation has never been out of control, it was indeed a challenging situation at times. This provided the stimulation to think out of box and create a different pattern in the structure of traditional as well as Electronic Brainstorming. Thus evolved Electronic Brainstorming ( E-Brainstorming) with a difference. Here the technology that is implied is Grass root technology.

4. Grass root Technology

A Technology that has "low tech" and "low cost" could be possibly termed as Grassroot technology. In order to define a little bit more on the focus of Grassroots, here are some of its characteristics.

(a) All necessary materials are locally available,
(b) Only an Internet connectivity and the IP messaging system needs to be installed.
(c) People don't need special or high tech knowledge,
(d) No or a few external resources are necessary,
(e) Users can apply and operate widely on their own,
(f) A very limited or no environmental impact is caused.

In fact, Many variations of creativity laboratories have been already experimented. Some of the prominent ones are

(a) Text messaging services like Google Messenger, Yahoo Messenger, etc.
(b) video/Web conferencing using Skype.

The primary objective was to generate creative thinking among the participants under a limited sophistication i.e unlike the actual E-Brainstorming where one makes use of specific Software and generate new ideas among the participants as indicated earlier or Brainstorming carried out on virtual basis where the participants could be net connected across locations. Ultimately generating ideas in real sense of originality without making use of worldly ideas which are easily available by a click of a button is the essence.

5. Shaping the Concept

Keeping in view the objectives such as Stimulating one's thoughts towards specific issues, accelerating original thinking capabilities, providing opportunity for exploring creativity, avoiding vociferous situation, Inducing fun learning through effective use of Grass root technology, the innovative concept in the E-Brainstorming was framed and is a step towards achieving resource utilization and creating a benchmark in the discussion arena.

In order to give shape to the innovative concept, a pilot study of the first E- Brainstorming session was conducted for the General Management and Communication Skills ( G M C S) batch of Jan 2009 comprising of 50 practicing and potential Chartered Accountanta. And the response from this batch was phenomenal. It provided the author with the much needed fillip to proceed further. Two years down the line, the journey for the innovative E-Brainstorming activity was never ending but rather was given facelift in its facilitation based on the feedback generated. And if one start pondering on what all is that innovation in this brain stimulating but non storming session which normally goes anywhere between 90 minutes and 200 minutes, the answer is in the modus operandi that was formulated and appended below.

5.1 Initiation

The first step is to create an understanding of the requirement to think differently. In order to reach this to the participants, a short exercise such as the following could be given.
1
11
21
1211
111221
312211
13112221
1113213211
Following a specific pattern, What would be the next sequence?
The above exercise has been identified to get resolved by roughly about 2% of the participants which justified the primary objective of such an innovative session.

5.2 The Instrument

The Instrument that is being used to conduct the exercise is a technique called Internet Protocol (IP) Messaging System and this system has been the driver of this E- Brainstorming exercise. Let us know What exactly is this IP Messaging system.

5.3 IP Messaging System

Many of us must be familiar with the Instant Messaging (IM) services that are provided by various Internet portals. IM services have historically been PC based although they have begun to penetrate into wireless domain. For the rationale of this article, IP messaging refers primarily the IM like services that run over Internet Protocol networks.

5.4 Registration

As the entire structure of the session is woven around the technique involving IP messaging system, the first step towards the above mentioned exercise is creating a familiarization of the IP messaging concept along with registration method to all the participants in the Lecture hall before entering in to the modalities of the exercise to be carried out in a Computer Laboratory.

5.5 Creating Unique Identity

As a part of the registration, every participant segmented into different groups is required to create an unique identity in a specific format say the group 1 team leader creates the identity Group 1 TL and the first member as Group 1 A and so on. This creation of identity is utilized towards framing the user name and group name in the registration process. By following a specific format, the entire registration process is standardized and free of Conflicts in the IP system.

5.6 Demonstration and Instructions

Once the creation of identity is completed, a demonstration of the working is carried out in order to get a feel and familiarization of the entire exercise among the participants. Specific Instructions which are appended below are passed on to the participants at this point in time.

(a) Participant member of each group will only interact with the Group Team Leader and not with any one else.
(b) The Group Team Leaders will interact with their respective member participants only and with the Moderator.
(c) No participant will turn on to internet or the information available thereon. This is a mandatory rule in order to stimulate original thoughts among the participants.
(d) Each Participant member can keep sending the original thoughts to the Team Leader and in such case the Team Leader may create an open file to save those ideas or the Participant member himself/herself may create an open file and towards the end may transfer the open file with the ideas collated to the Team Leader.

5.7 Actual Working

After the demonstration and subsequent clarifications, if any, the participants are instructed to proceed to the Computer Lab and to take position one on one with a Personal Computer. Here care needs to be taken that the group members get the position at random and do not cluster at same place. As per the instruction, each participant completes the registration and confirms readiness for the exercise.

5.8 Silent Discussion Topics

Each group is provided with TWO DIFFERENT WORDS which each participant of the group along with the Group TL requires to associate in all possible creative ways using original thinking only. They are encouraged to think out of box. Say for example CAR & BALLOON, DIGITAL & PHYSICAL WORLD etc. The time duration for the exercise is stipulated as 20 minutes and within this time duration, each group collates the ideas through its Team Leader. In the mean time the moderator also registers and moderates the exercise through his interaction with the Team Leaders only. The entire exercise takes place in absolute pin drop silence. A Silent discussion intra group. Isn't?

At the end of the stipulated time duration all the participants sans the Team Leaders are instructed to close the PC and proceed to the Lecture hall. An additional 5 minutes is allotted to all the Team Leaders to consolidate their respective collated ideas or the documented open file into a presentable format. This document is then forwarded to the moderator ( the author ) for record and evaluation.

5.9 Interaction

The moderator prepares two copies of the report submitted by the Team Leaders. One copy for the group and the other for the purpose of evaluation. Each group then takes turn to describe the ideas as generated by the member participants. In order to create a competitive environment, the description is subjected to defense and challenges and also subjected to peer evaluation. The group with highest evaluation rating is declared ultimate out of box thinkers.

5.10 Outcome
Upon successful interaction and ultimate thinking, quite a few innovative and out of box thinking have emerged such as Balloon lifting the Cars during traffic congestions ( based on the two words CAR & BALLOON), An artificial refrigerated closed beach ( based on the two words REFRIGERATION & BEACH) and the exercise of E-Brainstorming using IP messaging system ( using the words DIGITAL WORLD & PHYSICAL WORLD).

6. Limitations

The above described effort has a major limitation in the Technological front. As Internet Protocol (IP) system is completely dependent on the internal Network system, any technological failure or system break down will certainly lead to disruption and discontinuity in the E-Brainstorming exercise.

7. Conclusion

This exercise is motivated to fulfill the objectives such as Stimulating one's thoughts towards specific issues, accelerating original thinking capabilities, providing opportunity for exploring creativity, avoiding vociferous situation which leads to the situation being uncontrollable at times, collation of quality ideas and thoughts which many a times give a slip during the traditional Brainstorming exercises and also Inducing fun learning through effective use of Grass root technology. This initiative is also a step towards achieving resource utilization and creating a benchmark in the discussion arena.

Computer Recycling




Computers are built from countless different parts that all can have salvageable materials on them that can actually be safely recycled without damaging the environment. When looking at the internals of a computer, there are a lot of wires, metals, and plastics inside them that makes up each individual component. Each of these components can be dismantled and broken down to the point where materials can be used once again, or that these materials can be disposed of properly if they can no longer be used. If you are looking to throw away an old junk computer, why not let it be recycled instead?

Many old computers that people stop using can still work - even though they are thrown out. These working condition computers, no matter how old, can still be put to good use somewhere else in the world. There are still millions, if not billions, of people around the world that are not fortunate enough to afford a computer. You can give your old computer to a recycling facility that can distinguish what to do with it, and can potentially help someone else out by recycling your old electronics and making it a new electronic to someone else.

Another way computers are recycled is by being broken down very specifically, and essentially brought back to the state of just plastic and metal. The metals and plastics will be sorted, and then broken down even further so that they can be reused by factories that make up computer parts. This can help drive down prices of computers over the long run and it increasingly helps the environment because you are not creating a large amount of waste. Recycling, no matter what it might be, is in place to decrease waste. Decreasing waste is a very essential component in helping out the environment. Landfills are filling up at a very rapid pace around the country, so do not add to this, and choose to recycle.

Computers become obsolete almost immediately after you buy it because the technology is updated so quickly. With that being said, people tend to buy computers much more frequently than they did ten years ago. Another reason behind this is because computers are now being made very affordable to all people. If you have a growing pile of old out of date computers at your house, save the trip to your local dump, and try and have these electronics recycled by a professional company that is environmentally friendly.


MICR Technology and Its Usage in Check Printing




Everything in life comes from somewhere, and those odd, hieroglyphic-looking symbols at the bottoms of checks are no exception.

Seemingly invented to obfuscate, MICR or Magnetic Ink Character Recognition as it's formally known, "is the common machine language specification for the paper-based payment transfer system," as one Web site puts it. Or to put it in simpler terms, the numbers help checks and other financial documents get where they need to go.

So why do the numbers look the way they do? They're designed to be readable at a high rate of speed, magnetically scan-able off of shapes that each unique number creates and printed in either a CMC-7 or E-13B Font (which, on an interesting side note, became a precursor to modern computer fonts in the 1960s.)

The MICR numbers are optimized as they are for quick recognition since financial institutions can face a heavy volume of transactions in a given day, and the numbers ensure that checks and other documents get processed quicker, making funds available more immediately. They're vital for efficiency, and with a read rate of better than 1 percent, they're more reliable than other codes. This helps minimize fees for rejected checks and extraneous processing.

MICR check printing is a process in itself with two basic options. Blank check stock can be ordered with pre-printed numbers. The other option is to order fully blank checks and print the numbers from an office or home with the help of check printing software. Special MICR toner will also be needed so that the checks can be produced from a laser printer, though companies that offer the software typically have the toner as well. It is admittedly harder to find MICR cartridges for ordinary ink jet printers, since there can be a high amount of inconsistency.

The toner or magnetic ink often has iron oxide in it, and as the printing occurs, the checks are impacted by a so-called MICR read head, which has the same effect on the checks as a tape recorder playback device, creating a wave on the check which makes the numbers readable.

Looking at a check or other financial document, the MICR on them may look like impenetrable symbols, and in a sense they are, providing security in their inscrutability at least to newcomers. Who hasn't ever stared at a blank check while attempting to fill out a direct deposit form for a job, finally going online to Google what the numbers mean?

But it's not difficult to get an understanding of MICR numbers and harness their power. In fact, as opposed to bar codes (the true mystery language of commerce, harder to decipher than Navajo) and related symbolism, MICR is easily readable for most humans. On checks, the numbers are broken down with brackets accordingly for the two font formats:

* E-13B: transit, on-us, amount, and dash

* CMC-7: internal, terminator, amount, routing, and an unused character.

End of day, MICR is a fairly simple technology, going strong for decades and sure to continue to serve good purpose.

The Importance of Technology





Technology refers to the collection of tools that make it easier to use, create, manage and exchange information.

In the earlier times, the use of tools by human beings was for the process of discovery and evolution. Tools remained the same for a long time in the earlier part of the history of mankind but it was also the complex human behaviors and tools of this era that modern language began as believed by many archeologists.

Technology refers the knowledge and utilization of tools, techniques and systems in order to serve a bigger purpose like solving problems or making life easier and better. Its significance on humans is tremendous because technology helps them adapt to the environment. The development of high technology including computer technology's Internet and the telephone has helped conquer communication barriers and bridge the gap between people all over the world. While there are advantages to constant evolution of technology, their evolution has also seen the increase of its destructive power as apparent in the creation of weapons of all kinds.

In a broader sense, technology affects societies in the development of advanced economies, making life more convenient to more people that have access to such technology. But while it continues to offer better means to man's day to day living, it also has unwanted results such as pollution, depletion of natural resources to the great disadvantage of the planet. Its influence on society can also be seen in how people use technology and its ethical significance in the society. Debates on the advantages and disadvantages of technology constantly arise questioning the impact of technology on the improvement or worsening of human condition. Some movements have even risen to criticize its harmful effects on the environment and its ways of alienating people. Still, there are others that view technology as beneficial to progress and the human condition. In fact, technology has evolved to serve not just human beings but also other members of the animal species as well.

Technology is often seen as a consequence of science and engineering. Through the years, new technologies and methods have been developed through research and development. The advancements of both science and technology have resulted to incremental development and disruptive technology. An example of incremental development is the gradual replacement of compact discs with DVD. While disruptive developments are automobiles replacing horse carriages. The evolution of technologies marks the significant development of other technologies in different fields, like nano technology, biotechnology, robotics, cognitive science, artificial intelligence and information technology.

The rise of technologies is a result of present day innovations in the varied fields of technology. Some of these technologies combine power to achieve the same goals. This is referred to as converging technologies. Convergence is the process of combining separate technologies and merging resources to be more interactive and user friendly. An example of this would be high technology with telephony features as well as data productivity and video combined features. Today technical innovations representing progressive developments are emerging to make use of technology's competitive advantage. Through convergence of technologies, different fields combine together to produce similar goals.