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Sub-Saharan Africa has a high incidence of polygyny. Countries in this region are also characterized by large age gaps between husbands and wives, high fertility, and the payment of a brideprice at marriage. In monogamous countries, on the other hand, the bride's parents traditionally give a dowry (negative brideprice) at marriage. Sub-Saharan Africa is also the poorest region of the world. In this paper I ask whether banning polygyny could play any role for development in Sub-saharan Africa.

Since this experiment does not exist in the data, I address the question using a formal model of polygyny and analyze the effects of enforcing monogamy within the model. I find that enforcing monogamy lowers fertility, shrinks the spousal age gap, and reverses the direction of marriage payments. The capital- output ratio and GDP per capita increase. The reason is that when polygyny is allowed, high brideprices are needed to ration women. This makes buying wives and selling daughters a good investment strategy that crowds out investment in physical assets. I show that these effects can be large quantitatively. For reasonable parameter values, I find that banning polygyny decreases fertility by 40%, increases the savings rate by 35% and increases output per capita by 140%.

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George Krompacky
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A delegation from the China Semiconductor Industry Association (CSIA) headed by its president, Mr. Zhongyu Yu, visited Stanford University on November 5, 2005. As part of its visit on campus, the delegation was invited to speak at SPRIE's seminar series on the rise of China's innovation competence. Mr. Yu and his colleagues shared with the audience the latest developments in China's integrated circuit (IC) industry as well as their understanding of the underlying driving forces, the level of competency, the role of the government and China's integration into the global innovation system.

Phenomenal growth of China's IC industry

Mr. Yu first shared with the audience some striking data that clearly illustrated the growth of China's IC industry since 2000. In 2000-2004, the industry grew with a CAGR of 31% from $2.2 billion to $6.7 billion. In 2004, there were 670 IC companies employing a workforce of 130,000, of which 40,000 were engineers. The growth is pronounced throughout the value chain from IC design to IC manufacturing and IC packaging and assembly. In 2004, there were 476 IC design companies and their revenue reached $1 billion, an 81.5% increase from 2003. Domestic companies have made impressive inroads into the development and commercialization of a few specific IC products such as second generation ID cards, audio decode chips, third generation cell phone base band chips and MP3 chips. In IC manufacturing, there were a total of 39 fabrication plants by the end of 2004: one 12-inch plant, nine 8-inch plants and 29 4-inch to 6-inch plants. These plants generated a revenue of $2.24 billion in 2004, a 90% increase from 2003. Meanwhile, three more 12-inch plants are under consideration by SMIC, HHNEC and Hynix. IC packaging and assembly reached $3.49 billion in revenue in 2004.

Multiple forces drive the growth

What has been behind such phenomenal growth? Mr. Yu identified three major driving forces. First is the continuing growth of the domestic market that has provided new demand for outputs from the industry. China has become the largest manufacturing base for most consumer electronics products such as televisions, DVDs, personal computers and mobile phones. For example, in the year of 2004, China manufactured 74 million television sets and 230 million mobile phones. These consumer electronics products are fueling the growth of the China's domestic IC market. In 2004, the market reached $40 billion, making China the second largest IC market in the world with a global share of 22%. The second driving force has resulted from the reform of the financial system, which has substantially improved the investment environment--especially for foreign investment. Foreign investment now accounts for 80% of total investment in the IC industry, even when domestic bank loans are taken into account. Venture capital has become a considerable source of capital. $424 million was invested in 2004. The third driving force is the global recession of the IC industry after 2000. The recession exerted tremendous economic pressure for multinational corporations to relocate their manufacturing and R&D activities to China to take advantage of China's cost advantage.

China still weak in innovation in IC

While the growth of China's IC industry has been impressive, Mr. Yu also pointed out some noticeable weaknesses of the industry. The industry is dominated by low value-added IC packaging and assembly, which accounts for half of the industry's revenue. High value-added IC design work only generated 15% of the total revenue in 2004. Most of the 476 IC design companies are very small. In 2004, only 17 companies had revenues over 100 million RMB (which was about 12 million USD). Among them, only two had revenues over 500 million RMB (about 60 million USD). The technical competence of IC design companies is still very weak. Except for the few aforementioned emerging niches, IC design is very much lagging behind the cutting edge. Most domestic demand for IC is still met by import. As Mr. Yu pointed out, "all the micro components and memory [of domestically manufactured consumer electronics products] are imported."

Government policy

The government is well aware of these shortfalls and policies have been put in place to support the next-phase growth of the industry. Factor inputs need to be boosted. In terms of capital, Mr. Yu estimated that a total of $30 billion investment will be needed in the coming five years to fuel the growth of the industry. Yet, the government will cede its role as a director investor in any IC programs while promoting investments from other sources, being it bank loans, domestic private investment, foreign direct investment or venture capital investment. Human resource is another prime area for improvement since there is a serious shortage of experienced IC engineers. The government has put in plans to "cultivate 40,000 IC designers and 10,000 IC processing technologists" over the coming 6-8 years. More importantly, however, indigenous competence needs to be built. "Independent innovation" has been identified as a priority for public policy in China's 11th five-year development plan. Mr. Yu declared, "our goal is not to copy others' chips but instead to have our own."

China's integration into the global innovation system

Looking into the future, as China's IC industry and market continue to grow, Mr. Yu articulated for the audience the importance of China being integrated into the global innovation system. In the coming five years, there will be plenty of opportunities for Chinese companies and universities to collaborate with innovators from abroad, whether it is to shape next-generation technologies and technical standards, for multinational corporations to set up research and development centers in China, or for universities to collaborate on cutting-edge research. As Mr. Yu declared, "China welcomes mutually beneficial cooperation with American industry and academia in the area of [IC] manufacturing and the innovative work of R&D."

Biography of Zhongyu Yu

Mr. Yu Zhongyu has been engaged in semiconductor research and management for many years and is one of the leaders of China's integrated circuit industry. He has engaged in research and design of IC products and was honored with the National Science and Technology Award. Having joined the government in 1988, he was responsible for organizing and leading the IC project during "7th five-year plan" and "8th five-year plan"; he acted as a member of the leading group for the National "908" project and headed the construction leading group of the Huahong factory in the "909" project. These projects made important contributions to China's IC industry development. Mr. Yu has been the President of the China Semiconductor Industry Association since 2001.

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George Krompacky
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On November 1, 2005, SPRIE invited Jimmy Lee, Vice President and General Manager, Timing Solutions, Integrated Device Technology (IDT) to speak at SPRIE's seminar series on the rise of China in innovation. Lee shared his experience in running a full-blown integrated circuit (IC) product development center in China together with an informative account of China's rise in the IC industry.

The globalization of the IC industry and the rise of China

The commoditization of semiconductor technology is marked by the encapsulation of previously proprietary technologies into commercially available equipment and software design tools. This has substantially lowered the entry barrier for IC design. It has enabled the emergence of a new generation of companies in the Far East in backend assembly and testing as well as IC design. The process is further helped by advances in communication technology that eases access to and sharing of information across geographies. Meanwhile, the IC industry is shifting from being technology-driven to application/market driven. The integration of product development and market has become an important differentiator in global competition. These industry changes are coupled with changes in the worldwide market, mostly noticeably the rise of Asia as a significant market.

China is rising quickly as a significant player in IC. It has a huge pool of talent and many "returnees" - those who grew up in China, were educated in the West and have returned to China to work; they are essential in transferring competence from the West to China. China also enjoys substantial cost advantage while having fairly decent productivity. Starting from the 1990s, the government has invested heavily, and issued extensive regulatory incentives, to promote the semiconductor industry. As a result, according to Lee, in 2004, there were 102 IC test and assembly companies, 50 foundries and 457 IC design companies operating in China. They generated a total revenue of $4.4 billion.

IDT's product development venture in China

IDT is a major IC design company. Its workforce of 3,700 (1,500 in U.S.) has designed 1,300 IC products in 15,000 configurations. In fiscal year 2005, the company garnered a revenue of $645 million, 25% of which went into R&D. In the late-1990s, frustrated by the high turnover and the shortage of talent in Silicon Valley, it opened up an operation in

China. China's abundant and low-cost talent pool provided an opportunity. The company was also attracted to its budding telecommunication market, an area IDT had wanted to get into.

Luckily for IDT, "it just so happened that Newave Technology Corporation was available." Newave was the first IC design start-up in China. Founded by several Chinese returnees in 1996, the company had 100 some engineers developing telecommunication IC for the China market. In 2001, IDT acquired Newave for $85 million. At the time of acquisition, Newave was working on two products but its revenue was very small. Since then, Lee built it into a successful product development center.

Challenges for setting up a product development center in China

Setting up and operating a product development center in China is full of challenges. Lee grouped them into two areas.

The first is organizational challenges, from defining the mission of the organization to every aspect of human resource management: recruiting, training, retention, etc. From the beginning, the mission was to be a self-sufficient, whole product development center. "They basically have the responsibility to develop the entire product from the specification to the manufacturing transfer and they also have the entire infrastructure such as HR, finance and legal to be self-sufficient to support the local needs." Such positioning is crucial in China because the competition for talent is extremely intense and this generation of young engineers is very ambitious, many wanting to start their own business sometime in their life. They are often impatient with long-term strategy. Therefore, "if you want to have top-notch talent working for you, you have to challenge them constantly in technical areas." Picking the right leader is also a key. IDT decided that this person had to be born in China, grew up in China, be western trained and have worked in western companies. Such a combination is ideal because there are a lot of subtleties that are culture specific and one has to be born and grow up in China to get it. In the technical area, IDT hired a few long-term expatriates from headquarters. They are the real masters in their respective fields in IC design. This is where the leverage comes from: "You use one super high power master technical guy to leverage the intellectual labors of the local engineers," said Lee.

The second challenge stems from social-cultural differences. A few examples: communications is a big issue, not so much because of language barriers but because of differences in culture and the level of professionalism. As Lee stated, "...it's more of the mindset. It's very difficult at the beginning to teach them how to communicate, when to communicate and what to communicate." Secondly, social-culture norms shape a different level of standard in decision-making and judgment call. Lee needs to put a lot of effort into teaching the local engineers how to think from the customer's perspective. Thirdly, employees are loyal to individuals rather than the corporation. These social-cultural differences are an area where there is no shortcut. They have to be overcome with training. Training means taking every opportunity to educate the local workforce: formal training programs, informal one-on-one coaching, ongoing training-by-doing, training over hundreds of conference calls over the past 4-5 years, you name it. "To some extent, this is sort of the brainwashing process," commented Lee. "There is no shortcut. You just have to put in a lot of TLC - tender, loving care. This is very challenging."

IDT's positive experience in China

While IDT "did run into many, many of those challenges," its overall effort in China has been extremely positive. The local team now manages a dozen of products, which involves some original work. The headquarter team is using some of the intellectual property generated by the folks in China. The local team even presented a paper in this year's IEEE ISSC Conference. It is the first paper coming out of China presented at such a prestigious conference. Productivity and cost advantage are also evident. Lee estimated that "for the team here in the United States to develop the same number of products will probably take them twice as long in time and probably cost 4-5 times more. This is really a good deal for the company."

Future outlook

Looking ahead, Lee highlighted a few issues that will shape China's IC industry. Overall, it will be a fertile ground for IC product development because of the talent pool. The job market will remain red hot with rapid increase of wages and high turnover rates. There will be hundreds of start-ups because of the low entry barrier. However, many will lack management experience and business acumen. Duplication of investment and engineering effort for the same market will result in the industry consolidating into dozens of medium size companies. In ten years time, these survivors will become significant suppliers to domestic IC demand in emerging applications such as wireless communication and digital TV. All in all, as Lee pointed out, "one needs to marry the best of the East and the West to create a world-class company."

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Lawrence M. Wein
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The president's border security and immigration reform proposals won't protect Americans from the gravest cross-border threat: the possibility that a ship, truck or train will one day import a 40-foot cargo container in which terrorists have hidden a dirty bomb or nuclear weapon. To tackle this problem, policymakers need to think inside the box, write CISAC's Lawrence M. Wein and colleague Stephen E. Flynn in this New York Times op-ed.

This week President Bush will seek to focus the nation's attention on border security and immigration reform. But the president's proposals won't protect Americans from our gravest cross-border threat: the possibility that a ship, truck or train will one day import a 40-foot cargo container in which terrorists have hidden a dirty bomb or nuclear weapon.

The Bush administration maintains that it has a smart strategy to reduce this risk. A new 24-Hour Rule requires that importers report the contents of their containers to customs inspectors one day before the boxes are loaded on ships bound for the United States. The Department of Homeland Security's National Targeting Center then reviews the data, checking against other intelligence to determine which boxes may pose a threat. Although the containers deemed high risk are inspected at cooperating foreign ports or when they enter the United States, the rest--more than 90 percent--land here without any perusal.

We have two concerns about this strategy. First, it presumes that the United States government has good enough intelligence about Al Qaeda to reliably discern which containers are suspicious and which are not. But our inability to thwart the attacks in Iraq demonstrates that we lack such specific tactical intelligence. And supporting customs inspectors, who must make the first assessment of risk, is not a priority for the intelligence agencies. Inspectors must rely on their experience in spotting anomalies--a company that claims to be exporting pineapples from Iceland, for example.

Second, determined terrorists can easily take advantage of the knowledge that customs inspectors routinely designate certain shipments as low risk. A container frequently makes 10 or more stops between its factory of origin and the vessel carrying it to American shores. Many of the way stations are in poorly policed parts of the world. Because name-brand companies like Wal-Mart and General Motors are widely known to be considered low-risk, terrorists need only to stake out their shipment routes and exploit the weakest points to introduce a weapon of mass destruction. A terrorist cell posing as a legal shipping company for more than two years, or a terrorist truck driver hauling goods from a well-known shipper, can also be confident of being perceived as low risk.

So what needs to be done? A pilot project under way in Hong Kong, the world's largest container port along with Singapore, offers one piece of a potential solution. At an estimated cost of $7 per container, new technology can photograph the box's exterior, screen for radioactive material, and collect a gamma-ray image of a box's contents while the truck on which it is carried moves at 10 miles per hour.

Terrorists can defeat radiation sensors by shielding a dirty bomb with dense materials like lead. But by combining those sensors with gamma ray images, the Hong Kong system allows inspectors to sound the alarm on suspiciously dense objects. Inspectors would need to analyze enough of the scans--perhaps 20 percent to 30 percent--to convince terrorists that there is a good chance that an indistinct image will lead a container's contents to be sent for more reliable X-ray or manual examinations. Images of container contents would then be reviewed remotely by inspectors inside the United States who are trained to spot possible nuclear weapons.

If terrorists were to succeed in shipping a dirty bomb, for example, the database of these images could serve as a kind of black box--an invaluable forensic tool in the effort to identify how and where security was breached. That information could help prevent politicians from reacting spasmodically and freezing the entire container system after an attack.

Such a program could significantly reduce the likelihood that terrorists will smuggle plutonium or a dirty bomb through American ports. But it still would not stop a terrorist from importing highly enriched uranium, which can be used to construct a nuclear weapon. Lengthening the time that a container is screened for radiation would help, and this could be done without increasing waiting times if additional monitors were added to the Hong Kong system near the gate where the trucks must already stop for driver identification checks. Better still would be for the Department of Homeland Security to make the development of new technology that can recognize the unique signature of highly enriched uranium an urgent priority.

Finally, we must find ways to ensure that terrorists do not breach containers before shipments arrive at loading ports. Sensors should be installed inside containers in order to track their movements, detect any infiltration and discern the presence of radioactive material. Where boxes are loaded, certified independent inspectors should verify that companies have followed adequate protocols to ensure that legitimate and authorized goods are being shipped.

Taken together, these recommendations will require new investments and an extraordinary degree of international cooperation. But increased container security will not only help the United States prevent terrorism, it will also help all countries reduce theft, stop the smuggling of drugs and humans, crack down on tariff evasion and improve export controls. What's more, such a program would require an investment of just one one-hundredth of the capital that could be lost if we shut down the global container shipping system after an attack.

Container security is a complex problem with enormous stakes. American officials insist that existing programs have matters well in hand. But we cannot afford to take these perky reassurances at face value while the same officials fail to embrace promising initiatives like the Hong Kong pilot project.

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The pharmaceutical industry is facing substantial criticism from many directions, including financial barriers to access to drugs in both developed and developing countries, high profits, spending on advertising and marketing, and other issues. Underlying these criticisms are fundamental questions about the value of the current patent-based drug development system. Six major problems with the patent system are (1) recovery of research costs by patent monopoly reduces access to drugs; (2) market demand rather than health needs determines research priorities; (3) resources between research and marketing are misallocated; (4) the market for drugs has inherent market failures; (5) overall investment in drug research and development is too low, compared with profits; and (6) the existing system discriminates against US patients.

Potential solutions fall into 3 categories: change in drug pricing through either price controls or tiered pricing; change in drug industry structure through a "buy-out" pricing system or with the public sector acting as exclusive research funder; and change in development incentives through a disease burden incentive system, orphan drug approaches, or requiring new drugs to demonstrate improvement over existing products prior to US Food and Drug Administration approval. We recommend 4 complementary reforms: (1) having no requirement to test new drug products against existing products prior to approval but requiring rigorous comparative postapproval testing; (2) international tiered pricing and systematic safeguards to prevent flow-back; (3) increased government-funded research and buy-out for select conditions; and (4) targeted experiments using other approaches for health conditions in which there has been little progress and innovation over the last few decades.

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This report provides a preliminary examination of changes in village fiscal affairs between 2000 and 2004. The basis for this assessment is a survey of 101 villages in 50 townships in 25 counties in 5 provinces in China that was carried out between March and April of 2005. The provinces include Jilin, Hebei, Shanxi, Sichuan and Jiangsu. In each province, the counties, townships and villages were selected to provide a representative cross-section. Our village survey was complemented by an investigation into fiscal changes in each of the 50 townships. In this report, we focus on the revenue and expenditure implications of these changes at the village level. We provide an overall assessment for all 100 villages, but also examine village-level differences across provinces, as well as differences between villages in the richest and poorest quintiles of our sample.

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Report to the World Bank, Village Finance: Tax-for-Fee-Reform, Village Operating Budgets and Public Goods Investment
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Scott Rozelle
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Private investment in electricity generation (so called "independent power producers" or IPPs) in developing countries grew dramatically during the 1990s, only to decline equally dramatically in the wake of the Asian financial crisis and other troubles in the late 1990s. The Program on Energy and Sustainable Development at Stanford University has undertaken a detailed review of the IPP experience in developing countries. The study has sought to identify the principal factors that explain the wide variation in outcomes for IPP investors and hosts. It also aims to identify lessons for the next wave in private investment in electricity generation.

This paper presents the conclusions and analysis of the study of the experience of investment in greenfield IPPs in developing countries. The term "independent power producer" has been used to refer to several types of enterprises, but for this paper, "IPP" refers to a privately developed power plant that sells electricity to a public electricity grid, often under long term contract with a state utility. For this study and report, the lead actors in every IPP are private investorsusually foreign, but often with local partners. The classic foreign-sponsored, project-financed IPP has taken root in more than fifty emerging countries that display wide variation in economic, political and social environments. The wide variation in settings for IPPs affords a special opportunity for researchers to probe systematically the critical factors that contribute to outcomes for host countries and for investors.

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Program on Energy and Sustainable Development Working Paper #52
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Erik Woodhouse

The objective of this project is to research the risk capital industry in India, with a focus on early stage investing, in order to recommend investment models, institutions and mechanisms to enhance size and delivery of risk capital and provide low-cost entrepreneurship training, and to recommend consistent policy changes.

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Rafiq Dossani
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Despite a late start, Pakistan's information technology entrepreneurs and the government are hoping to make it big in the global marketplace for outsourcing of IT-enabled services. How have other countries succeeded and where does Pakistan stand?

Naween A. Mangi spoke from New York to Ron Hira, professor of public policy at the Rochester Institute of Technology, and Rafiq Dossani, senior research scholar at the Walter H. Shorenstein Asia-Pacific Research Center at Stanford University.

Software exports, call centres and medical transcription firms have become all the rage over the last three years. Young entrepreneurs are returning after years spent working at major tech firms in the US to start up their own ventures and the government is forecasting that IT will be the next big thing in Pakistan's economy.

So far, the numbers tell a less-than-compelling story. In 2004, although the software and IT enabled services business was worth $300 million, (including hardware the figure is $600 million), exports and outsourcing made up for just $33 million of that. By comparison, India logged $12.8 billion in software and services exports in 2004.

Still, the Pakistan Software Export Board, a federal body set up to promote outsourcing, forecasts that the business will grow by at least 45 per cent annually for the next five years. A lot of that growth will come from call centres and business process outsourcing which last year made up one-fourth of total exports. In the next ten years, the PSEB aims to be at the top of the class of tier two global IT companies.

But as experts and practitioners agree, Pakistan will need more than ambitious aims to meet that goal. Prof Ron Hira, whose new book Outsourcing America assesses the impact on the US job market, says the outsourcing industry is set for rapid growth in the next few years and if done right, developing countries like Pakistan could benefit from the boom.

Hira is an expert who has testified before the US Congress on the implications of outsourcing. "Pakistan isn't on the map yet," he says. "India dominates what most people think about [when it comes to outsourcing]."

Rafiq Dossani, an expert on outsourcing and a senior research scholar at Stanford University says there are several reasons for that. First, is the poor quality of infrastructure.

"When the Internet tanked recently, that created a really bad perception that the country has not thought through even the most rudimentary aspects," Dossani says. "Deregulation in this area is too limited." He says that while voice services have benefited from the deregulation, data services are still uncompetitive.

He says there are too many stumbling blocks since bandwidth is more expensive than in other countries. "The costs are outrageous at four or five times what they should be," he says.

Dossani identifies the thin segment of English speakers as a second hurdle in the way of a flourishing outsourcing industry in Pakistan. "Of the 30 per cent of the population that lives in urban Pakistan, one tenth speak English that's good enough to work at a call centre," he says. "And of those five million or so, only about one million are available to come into this field as the rest are working elsewhere."

Then, he says poor marketing also holds the industry back. "You just don't see the trade body [in Pakistan] working like India's Nasscom to project a positive image," he says. "The Pakistani diaspora has done well and there is a great need to better use that network."

He forecasts that the outsourcing business in Pakistan can be at least $1 billion in size but says this is only possible if alliances are formed with countries like India and China.

"The Philippines has done well by understanding that it cannot reach critical mass on its own and therefore forming alliances and pitching themselves as a second location to offset country risk," he says. Dossani also says Pakistan has the advantage of a highly skilled group of entrepreneurs which "is the reason why the tiny industry does exist."

Hira adds that since Pakistan entered into the industry late, playing catch up is an inevitable need. However, the sector can take advantage of the circumstances in other countries. "India has done a lot of things right," he says. "They have been successful at not just attracting foreign investment but also building their own companies and leveraging the large Indian diaspora," Hira says.

"India is also so talked about that people are comfortable doing business there. But since wages are rising, Pakistan can use that as an entry point." He says that while countries like India have accumulated critical mass and scale, others are distinguishing themselves in different ways.

Eastern European wages are slightly higher than Pakistan and companies in that region have specialized in near-shoring by targeting the European market. Russia, meantime, is aiming at the U.S. market in both services and manufacturing while the Philippines and Malaysia are targeting services.

"The question really is how you separate yourself from the pack," Hira says. "You can compete on price to a certain extent but you have to offer something more to distinguish yourself."

He says U.S. companies are now moving from pilot stage outsourcing to full deployment which indicates both the success of the pilot projects and the rapid growth that is likely to come in the outsourcing market for the next few years. "There will continue to be a backlash from U.S. workers, but by and large there has not been any real policy movement to restrict outsourcing so there is still a large opportunity," he says.

Hira admits that the extent to which a growing outsourcing industry ties into the broader economy in terms of job creation remains unclear but he says, other advantages emerge. "In India, for example, it remains unclear that they've been able to link the benefits [from outsourcing] back in, but the big benefit is that they have created world class management which can then move into other sectors."

Therefore, Hira recommends that Pakistan take a long-term vision not for the next three or five years but for the next two decades. "Right now you can try to pick up the low hanging fruit and absorb the excess demand but don't just think about attracting the individual company to come [to Pakistan]," he says. "Think about how this will fit into the larger set of skills for your country so that you can differentiate yourself much later down the road."

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Concepts and techniques from mathematics--specifically, from lattice theory and reflexive theory--have already been applied to counterterrorism and computer security problems. The following is a partial list of such problems:

  1. Strategies for disrupting terrorist cells
  2. Data analysis of terrorist activity
  3. Border penetration and security
  4. Terrorist cell formation
  5. Information security

This article proposes the creation of a European Institute for Mathematical Methods in Counterterrorism (IMMC), to be based in Austria. Such an institute would require minimal investment but could serve as a catalyst to draw several million euros in research grants and contracts to Austria. This influx of funding would benefit not merely scientists and firms working in homeland security, but other aspects of Austrian science as well.

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