20 February 2017

Drawing a blueprint for innovation


Drawing a blueprint for innovation

When we talk of innovative organizations, many of us actually have in mind a specific act or decision, rather than the organizational characteristics that elicited and nurtured it
The long-running Selected Paper Series features notable work by University of Chicago faculty. This essay is an edited excerpt; the original was presented as a speech at an Executive Programme Club luncheon on 29 October 1964, and reprinted as Selected Paper No. 14 under the title The Innovative Organization.
We all belong to many organizations, formal and informal. Almost everyone who works for a living is a member of a formal organization. If my belief is correct, most people either belong to an innovative organization or would like to. But when we talk about innovative organizations, many of us actually have in mind a specific innovative act or decision, rather than the organizational characteristics that elicited and nurtured that act or decision.
If this is a fair representation of your approach to the question, “What is an innovative organization like?” you are no worse off than (fellow Booth faculty member) Tom Whisler and I were about a year ago when we asked ourselves the same question. We found we had no satisfactory answers; nor could we find any by searching through the literature. We then decided to put the question to the most eminent among our colleagues, and organized a conference of some 20 of the leading social scientists in the country for the sole purpose of getting an answer or answers.
Types of organizational innovation
We can start by defining an innovative organization, very simply, as that which is first among a set of organizations to do something that none of the set has done before. Whisler sharpened this definition by pointing out that innovation can be contrasted with invention by the infinitives “to use” and “to conceive”. The first one to use an idea is an innovator, and she may or may not be the inventor—the one who conceived it.
Innovation also can be contrasted with adaptation. Adaptive behaviour implies a response to environmental stimuli that is successful in terms of organizational survival. An innovation need not be adaptive, but when it is adaptive it is more than just a response to a stimulus. It is also an anticipation of the stimulus, and a response to it before it appears in the environment. Such an innovation might be Eastman’s patenting a manufacturing process for colour film just as a competitor develops a radical new camera that can use only this kind of film.
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Accepting these thoughts on innovation, we can specify the kinds of innovation that can occur in an industrial organization.
First, we can have product innovation: development of completely new products, or changes in existing ones, or combinations of existing products into new ones.
Next, we can have what I term “process innovation”: innovation anywhere in the organization that changes the method by which the product is produced. This includes change in the form of administration, or in the relative size of the administrative component—changes that can affect the process of production as much as the introduction of new and more efficient machinery.
Third, we can have marketing innovation: innovation in packaging, distribution, or the measurement and prediction of demand. Any changes made in the organization as a result of changes in the requirements of consumers are marketing innovations—as are changes in consumer behaviour and attitudes brought about by the organization. Changing a housewife’s belief that she’s “cheating her husband” because she uses a cake mix to a belief that she is helping him if she does use one because that makes her a more efficient homemaker is a marketing innovation—as much of a marketing innovation as the pop-top can.
With this frame of reference, we can examine the issues our social scientists thought important, and see how they might affect product, process, or marketing innovations.
The issues they explored fall under three general headings: a concern with the organization’s personnel, with its structure and with its external environment. Let us go into the personnel area first.
Inside the organization: Personnel
In discussing the personnel of an innovative organization, the social scientists considered such matters as personal and job security, educational processes and decision-making criteria, among others. They agreed that psychological and job security are both necessary for creativity. Only someone who is personally secure can deviate from the group solution and suggest the novel approach; just as some modicum of job security is necessary before he can afford to propose a deviant solution that might be upsetting to various elements of the organization.
Security as a general stimulus to creativity clearly can be associated with all three categories of organizational innovation. The same can be said about diversity of educational backgrounds in personnel: if the members of a decision-making group in an organization were all exposed to the same educational discipline, they would tend to consider the same sorts of alternatives as possible solutions.
Almost all decisions in the product and marketing areas could be based on abstract criteria
Perhaps related to the individual’s education, but more probably a personality factor, is the kind of decision-making criteria she employs. One of our social scientists thought it crucial to innovation whether an individual uses abstract or concrete decision-making criteria. The scientist asserted that there is a tendency to decide in favour of the alternative that can be supported by objective, countable, quantifiable attributes. Alternatives supported by abstract criteria dealing with the unverifiable and the future tend to be disregarded. If, as he argued, there is a general preference for the concrete over the abstract, then surely that preference will bias decisions against innovation.
Here, perhaps we can make a useful distinction. Almost all decisions in the product and marketing areas could be based on abstract criteria, while some of the decisions in the process area can only be based on concrete criteria (i.e., what kind of punch press to use). Thus, increasing the use of abstract decision-making criteria will lead to greater product and marketing innovation relative to process innovation.
The organization: Structure
The personnel-oriented issues generally focused on conditions that both stimulate personal creativity and inhibit, through group action, the adoption of conformist alternatives. In a like manner, the issues involving organizational structure focused on how differing structures evoke innovation, and how they facilitate the adoption of change.
One such issue is the degree to which organizational functions are differentiated. It has been demonstrated, at least among scientists, that persons whose tasks are highly specialized are less innovative than those who perform in, and are responsible for, a number of task areas. It would seem to follow that an organization that demands as little specialization as possible maximizes the probability of innovation.
A closely related idea is that rates of executive succession are correlated with innovation. The hypothesis here is that a deliberate increase in executive turnover will increase innovation. It is based on the idea that new executives infuse new ideas into existing group structures. The difficulty with this notion is that the technique used to increase the flow of ideas also decreases job security and perhaps personal security as well—factors that, at the individual level, are linked to less innovative behaviour.
Scarcity versus slack
Organizational slack—unused and uncommitted resources—can exist at the administrative and technological levels, or simply in the form of money and facilities. The question of whether innovation was a function of a lack of slack or of an abundance of it was difficult to resolve. As many case studies could be produced in support of the necessity-is-the-mother-of-invention view as could be produced favouring the argument that for the most part only successful firms can afford to innovate.
The argument of slack versus necessity as a spur to innovation was resolved by a political scientist. He equated the politics of scarcity with repressive law, with law indistinguishable from custom, with redistribution of existing resources, and with suppression, as techniques of conflict resolution. The politics of abundance he equated with restitutive law, with variability between law and custom, and with the resolution of conflict by increasing the resources of competing groups.
“Abundance,” he said, “permits social choice to replace central decision-making,” so that “scarcity is associated with centralization, abundance with decentralization.”
Extrapolating from these statements, we find that firms near failure, if they innovate administratively, would tend to centralize and cut costs by firing people, dropping unprofitable lines, etc. These changes almost always occur in the area I call process innovation. They are introduced into the organization from the top down.
A successful firm, perhaps decentralized, permits decision- making at hierarchic levels below the top so that innovations can be introduced at many levels, including those in close contact with the environment. This increases the probability of marketing innovations as well as product and process innovations.
Outside the organization: Environment
In what kind of environment is an innovative organization most likely to flourish? The most obvious location is one where a pool of innovative people may be found, some of whom the organization can employ. For the constant stimulation of new ideas, there should be other organizations nearby that encourage innovation and employ innovators. Such conditions are met in areas that include universities and large numbers of independent research and development laboratories; in these areas there is likely to be considerable interchange of ideas among innovative people.
Information may be more rapidly metabolized if the organization is located near others that have the same or similar personnel requirements. This increases individual job mobility, and the individuals bring new ideas with them as they change from one organization to another. However, this has possible drawbacks. Creativity and innovation have been related to conflict, the resolution of which often requires innovation. Locating an organization near others similar in nature reduces the probability that conflicting ideas will penetrate the organization; and this, in fact, is what frequently happens.
Thus it appears that the organization must be located near similar ones to increase worker mobility, and near dissimilar ones to induce conflict and its subsequent resolution. The environment that provides both, as well as access to large numbers of innovative individuals, is that of an urban complex.
The innovative bureaucracy
What, then, would an innovative organization look like? Every variable we examined so far seemed to apply equally well to product, process, or marketing innovations, except one: decision-making criteria. Here we found that decision-making based on abstract criteria would stimulate greater innovation in the product and marketing areas compared with the process area. The reason is that decisions about actual production of a product generally involve concrete phenomena. If we classify all organizational decisions into two kinds—those based only on concrete criteria and those based possibly on abstract ones—we find that at the same time we have separated decisions made under certainty from those made under uncertainty.
Almost all the marketing and product-oriented decisions fall into the uncertain category, as do the personnel, financial, legal, and (some) administrative decisions from the process area. Only actual production decisions are made under certainty.
A semi-bureaucratic organization
Organize all the functions that develop from decisions under certainty into a monocratic bureaucracy and all the others into one almost-structureless unit without hierarchy.
The monocratic bureaucracy should be highly centralized so that product innovations or innovations in the process of production—innovations that arise in the structureless unit—can be installed quickly and efficiently. As a rule, the centralized bureaucracy will be concerned only with the actual process of manufacture. This is an arrangement with which we are familiar, but what about the other unit?
The structureless unit should be the organizational superior to the top of the already-established monocratic bureaucracy. Within this unit, teams are assembled around problems, with each executive a member of three or four different problem teams. No one heads more than one problem team at a time, but when head of a team she has responsibility for the final decision. The head also rates each team member for search and innovativeness, and for effective use of abstract criteria. All members in the unit receive bonus payments according to their ratings. Problem teams are dissolved as soon as a decision is reached. New teams and heads are assembled as problems arise. Everyone in the unit simultaneously is head of one team and a member of some others.
The ‘farm system’
By eliminating status we increase personal security, but job security is a more difficult matter. Perhaps the answer is for the organization to buy another organization and maintain it in a more traditional fashion. Then the latter organization could be used to guarantee jobs for anyone who wishes to be moved—or who should be moved—out of the statusless unit. The innovative organization would then maintain the manufacturing version of a bush league system, and positions in the “farm” organization could be guaranteed for everyone in the statusless unit. This would not be detrimental to the farm organization, for certainly everyone selected for the innovative unit already would have demonstrated competence more than sufficient for success in the farm organization. As a further benefit, those in the farm organization who exhibit unusual ability and the desire to participate in the work of the innovative organization could be moved up to it.
Executive exchange programme
To infuse new ideas into the organization, rather than require an artificially high turnover rate, the organization could establish an exchange programme with other organizations in similar activities, as well as with those in very different ones. Each person in the structureless unit would get leave, to be spent working in one of the cooperating organizations, which would send someone as a replacement. In this way the first unit would get the benefit of the visitor’s experience, and when the original member returned he would bring fresh ideas from his contacts in the second.
The exchange plan achieves the same things as enforced rates of executive turnover, and does so while maintaining stability in the system. In addition, it artificially solves the environmental problem of locating near and interacting with both similar and non-similar organizations.
Perhaps the remaining issue to be dealt with in the present context concerns the necessity for such an organization. Remember that the Weberian bureaucracy is still the most efficient form of organization for dealing with a stable environment. It is up to each organization to determine the characteristics of its present and future environment. Each organization must determine how much of a return it can expect from reliability, and also the rate at which reliability leads to obsolescence.
The resolution of these questions requires, of course, an innovative approach!

18 February 2017

Philosophy in Medieval India

Philosophy in Medieval India
The major religious movements were brought about by the mystics. They contributed to
the religious ideas and beliefs. Bhakti saints like Vallabhacharya, Ramanuja, Nimbaraka
brought about new philosophical thinking which had its origin in Shankaracharya’s advaita
(non-dualism) philosophy.

Vishistadvaita of Ramanujacharya
Vïshistadvaita means modified monism. The ultimate reality according to this philosophy
is Brahman (God) and matter and soul are his qualities.
Sivadvaita of Srikanthacharya
According to this philosophy the ultimate Brahman is Shiva, endowed with Shakti. Shiva
exists in this world as well as beyond it.


Dvaita of Madhavacharya
The literal meaning of dvaita is dualism which stands in opposition to non-dualism and
monism of Shankaracharya. He believed that the world is not an illusion (maya) but a
reality full of differences.
Dvaitadvaita of Nimbaraka
Dvaitadvaita means dualistic monism. According to this philosophy God transformed
himself into world and soul. This world and soul are different from God (Brahman). They
could survive with the support of God only. They are separate but dependent.
Suddhadvaita of Vallabhacharya
Vallabhacharya wrote commentaries on Vedanta Sutra and Bhagavad Gita. For him.
Brahman (God) was Sri Krishna who manifested himself as souls and matter. God and
soul are not distinct, but one. The stress was on pure non-dualism. His philosophy came to
be known as Pushtimarga (the path of grace) and the school was called Rudrasampradaya.

new vaccine for malaria is up to 100% effective

A new vaccine for malaria is up to 100% effective when assessed at 10 weeks after last dose, according to the results of a clinical trial.
The vaccine called Sanaria PfSPZ-CVac incorporated fully viable — not weakened or otherwise inactivated — malaria pathogens together with the medication to combat them.
Malaria parasites are transmitted by the bite of female Anopheles mosquitoes.
The Plasmodium falciparum parasite is responsible for most malaria infections and almost all deaths caused by the disease worldwide.
Most of the previous vaccines which have been tried involved the use of individual molecules found in the pathogen. However, they were unable to provide sufficient immunity to the disease.
The study by University of Tubingen in Germany in collaboration with the biotech company Sanaria involved 67 healthy adult test persons, none of whom had previously had malaria.
The best immune response was shown in a group of nine test persons who received the highest dose of the vaccine three times at four-week intervals.
At the end of the trial, all nine of these individuals had 100% protection from the disease.
“That protection was probably caused by specific T-lymphocytes and antibody responses to the parasites in the liver,” said Professor Peter Kremsner.
The researchers analysed the bodies’ immune reactions and identified protein patterns which will make it possible to further improve malaria vaccines, Professor Kremsner added.
They injected live malaria parasites into the test subjects, at the same time preventing the development of the disease by adding chloroquine — which has been used to treat malaria for many years.
This enabled the researchers to exploit the behaviour of the parasites and the properties of chloroquine.
Once the person is infected, the Plasmodium falciparum parasite migrates to the liver to reproduce.
Malaria only breaks out when the pathogen leaves the liver, entering the bloodstream and going into the red corpuscles, where it continues to reproduce and spread.
As soon as the pathogen enters the bloodstream, however, it can be killed by chloroquine — and the disease cannot break out.
“By vaccinating with a live, fully active pathogen, it seems clear that we were able to set of a very strong immune response,” said study leader Benjamin Mordmueller.
“Additionally, all the data we have so far indicate that what we have here is relatively stable, long-lasting protection,” said Mr. Mordmueller.
In the group of test persons who demonstrated 100% protection after receiving a high dose three times, Mr. Mordmueller said, the protection was reliably still in place after ten weeks — and remained measurable for even longer.
The research was published in the journal Nature.

UKPCS’16 MAINS TEST SERIES

UKPCS’16 MAINS TEST SERIES 


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UPSC (IAS)’17 Prelims Test Series ,samveg ias dehradun

UPSC (IAS)’17 Prelims Test Series 

Practicing good quality questions that involves understanding of complex subject and enable the candidate to think thoroughly is essential for qualifying UPSC IAS-2017 Prelims EXAM.General study (GS) question practice will be helpful in improving your capability to handle moderate and higher order thinking questions.

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ABOUT UKPCS -2012 MAINS RESULT

ABOUT UKPCS -2012 MAINS RESULT

It has been more than a year of ukpcs'12 mains exam.Irony is that UKPSC has no time table /scheme that they can share with candidate so that they can manage their preparation.Candidate has to speculate all the time and rely on various remours about the date of result in place of focusing on preparation.
UKPSC should take notice of this issue in larger interest of student of uttarakhand so that they can competed in upsc as well as in ukpsc.

Possibility of result in february are very high because of 4 reasons

1) UKPSC secretary had said in media that ukpsc will declare mains result after ukpcs2016 prelims exam.
2)Uttarakhand high court has ordered that result of 90% can be declared
3) Election has been completed
4) Ukpsc should complete the final process before ukpcs'16 mains ie. preferably they should declare ukpcs mains2012 result before ukpcs 2016 pre result.(although it is not necessary,depends on ukpsc)

So dear friends ,lets wait,we can do nothing except waiting this time but in future ,candidates should enforce the newly elected government to introduce good governance agenda in ukpsc too at earliest in order to avoid ruining the career of candidates.

15 February 2017

Isro’s record satellite launch to intensify global space war

Isro’s record satellite launch to intensify global space war

Isro’s record launch of 104 satellites into orbit on Wednesday, the most in history, will cement its position as the dominant destination for low-cost launches
India’s space agency Indian Space Research Organization (Isro) put 104 satellites into orbit on Wednesday, the most in history, as it looks to cement its position as the dominant destination for low-cost launches.
The workhorse Polar Satellite Launch Vehicle (PSLV) carried nanosatellites from seven countries when it took off at 9:28am from Sriharikota, a tiny barrier island in Andhra Pradesh. These include 88 from San Francisco-based Planet Labs Inc. as well as others built by companies and universities in Israel, Kazakhstan, Switzerland and the United Arab Emirates.
At least one of these small satellites—the UAE’s Nayif —was meant to be launched on Space Exploration Technologies Corp.’s Falcon 9 rocket, which went up in flames in September. While Elon Musk has since returned to the skies, smaller and cheaper carriers are gaining popularity as companies hunger for more data and communication channels.

“It’s not just a record-setting mission, but further consolidation of the already well known technological prowess of the Indian space program,” said Susmita Mohanty, chief executive officer of Earth2Orbit, a Bangalore-based space start-up that helped Google Inc. launch a satellite on the PSLV last June. “The small-satellite launch market is growing at an alarming pace and this launch is a way to say that the PSLV is all set to respond to emerging-market demands.”

The 104 satellites will be used to map the Earth, track ships to monitor illegal fishing and piracy, as well as conduct microgravity experiments without making an expensive trip out to the International Space Station. The heaviest of them—India’s CartoSat-2D—weighs 714kg and the lightest—the Nayif—just 1.1kg.
Russia’s Dnepr mission held the record of 33 satellites launched in 2014, trailed by Nasa’s 29 the year before. India put 20 in orbit in 2016, until now its biggest ever single launch. There were 208 satellites launched in 2014, almost double the amount the year before.
Very small satellites are a niche enterprise, so while flight arranging outfits will book a SpaceX rocket for an intermediary carrier vehicle, SpaceX won’t deal directly with nanosat operators, said David Todd, head of space content at UK-based Seradata Ltd. However financing for small satellites is being significantly boosted by venture capital-funded start-ups and Isro’s rivals—such as Virgin Galactic Ltd.’s LauncherOne and Rocket Lab’s Electron—carry much smaller payloads of about 20 nanosatellites, he said.
“Multi-launches of nanosats might be a way in to the U.S. launch market for ISRO/Antrix,” Todd said, referring to the commercial unit of India’s space agency that has faced US sanctions on allegations its state-ownership gives it unfair advantages. “Other competitors are arriving, so India needs to grab market share during the current market window.”

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UKPCS2012 FINAL RESULT SAMVEG IAS DEHRADUN

    Heartfelt congratulations to all my dear student .this was outstanding performance .this was possible due to ...