bodog poker review|Most Popular_a framework, which forces /atp-research-topics/artificial-intelligence/ Tue, 21 May 2024 17:54:00 +0000 en-US hourly 1 https://wordpress.org/?v=6.6.1 /wp-content/uploads/2018/08/android-chrome-256x256-80x80.png bodog poker review|Most Popular_a framework, which forces /atp-research-topics/artificial-intelligence/ 32 32 bodog poker review|Most Popular_a framework, which forces /atp-research/oecd-ai/ Thu, 02 May 2024 14:19:46 +0000 /?post_type=atp-research&p=45465 Background Information The Recommendation on Artificial Intelligence (AI) (hereafter the “Recommendation”) – the first intergovernmental standard on AI – was adopted by the OECD Council meeting at Ministerial level on...

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The Recommendation on Artificial Intelligence (AI) (hereafter the “Recommendation”) – the first intergovernmental standard on AI – was adopted by the OECD Council meeting at Ministerial level on 22 May 2019 on the proposal of the Digital Policy Committee (DPC, formerly the Committee on Digital Economy Policy, CDEP). The Recommendation aims to foster innovation and trust in AI by promoting the responsible stewardship of trustworthy AI while ensuring respect for human rights and democratic values. In June 2019, at the Osaka Summit, G20 Leaders welcomed the G20 AI Principles, drawn from the Recommendation.

The Recommendation was revised by the OECD Council on 8 November 2023 to update its definition of an “AI System”, in order to ensure the Recommendation continues to be technically accurate and reflect technological developments, including with respect to generative AI. On the basis of the 2024 Report to Council on its implementation, dissemination and continued relevance, the Recommendation was revised by the OECD Council meeting at Ministerial level on 3 May 2024 to reflect technological and policy developments, including with respect to generative AI, and to further facilitate its implementation.

The OECD’s work on Artificial Intelligence

Artificial Intelligence (AI) is a general-purpose technology that has the potential to: improve the welfare and well-being of people, contribute to positive sustainable global economic activity, increase innovation and productivity, and help respond to key global challenges. It is deployed in many sectors ranging from production, education, finance and transport to healthcare and security.

Alongside benefits, AI also raises challenges for our societies and economies, notably regarding economic shifts and inequalities, competition, transitions in the labour market, and implications for democracy and human rights.

The OECD has undertaken empirical and policy activities on AI in support of the policy debate since 2016, starting with a Technology Foresight Forum on AI that year, followed by an international conference on AI: Intelligent Machines, Smart Policies in 2017. The Organisation also conducted analytical and measurement work that provides an overview of the AI technical landscape, maps economic and social impacts of AI technologies and their applications, identifies major policy considerations, and describes AI initiatives from governments and other stakeholders at national and international levels.

This work has demonstrated the need to shape a stable policy environment at the international level to foster trust in and adoption of AI in society. Against this background, the OECD Council adopted, on the proposal of DPC, a Recommendation to promote a human-centred approach to trustworthy AI, that fosters research, preserves economic incentives to innovate, and applies to all stakeholders.

An inclusive and participatory process for developing the Recommendation

The development of the Recommendation was participatory in nature, incorporating input from a broad range of sources throughout the process. In May 2018, the DPC agreed to form an expert group to scope principles to foster trust in and adoption of AI, with a view to developing a draft Recommendation in the course of 2019. The informal AI Group of experts at the OECD was subsequently established, comprising over 50 experts from different disciplines and different sectors (government, industry, civil society, trade unions, the technical community and academia). Between September 2018 and February 2019 the group held four meetings. The work benefited from the diligence, engagement and substantive contributions of the experts participating in the group, as well as from their multi-stakeholder and multidisciplinary backgrounds.

Drawing on the final output document of the informal group, a draft Recommendation was developed in the DPC and with the consultation of other relevant OECD bodies and approved in a special meeting on 14-15 March 2019. The OECD Council adopted the Recommendation at its meeting at Ministerial level on 22-23 May 2019.

Scope of the Recommendation

Complementing existing OECD standards already relevant to AI – such as those on privacy and data protection, digital security risk management, and responsible business conduct – the Recommendation focuses on policy issues that are specific to AI and strives to set a standard that is implementable and flexible enough to stand the test of time in a rapidly evolving field. The Recommendation contains five high-level values-based principles and five recommendations for national policies and international co-operation. It also proposes a common understanding of key terms, such as “AI system”, “AI system lifecycle”, and “AI actors”, for the purposes of the Recommendation.

More specifically, the Recommendation includes two substantive sections:

  1. Principles for responsible stewardship of trustworthy AI: the first section sets out five complementary principles relevant to all stakeholders: i) inclusive growth, sustainable development and well-being; ii) respect for the rule of law, human rights and democratic values, including fairness and privacy; iii) transparency and explainability; iv) robustness, security and safety; and v) accountability. This section further calls on AI actors to promote and implement these principles according to their roles.
  2. National policies and international co-operation for trustworthy AI: consistent with the five aforementioned principles, the second section provides five recommendations to Members and non-Members having adhered to the Recommendation (hereafter the “Adherents”) to implement in their national policies and international co-operation: i) investing in AI research and development; ii) fostering an inclusive AI-enabling ecosystem; iii) shaping an enabling interoperable governance and policy environment for AI; iv) building human capacity and preparing for labour market transformation; and v) international co-operation for trustworthy AI.

2023 and 2024 Revisions of the Recommendation

In 2023, a window of opportunity was identified to maintain the relevance of the Recommendation by updating its definition of an “AI System”, and the DPC approved a draft revised definition in a joint session of the Committee and its Working Party on AI Governance (AIGO) on 16 October 2023. The OECD Council adopted the revised definition of “AI System” at its meeting on 8 November 2023. The update of the definition included edits aimed at:

  • clarifying the objectives of an AI system (which may be explicit or implicit);
  • underscoring the role of input which may be provided by humans or machines;
  • clarifying that the Recommendation applies to generative AI systems, which produce “content”;
  • substituting the word “real” with “physical” for clarity and alignment with other international processes;
  • reflecting the fact that some AI systems can continue to evolve after their design and deployment.

In line with the conclusions of the 2024 Report to Bodog Poker Council, the Recommendation was further revised at the 2024 Meeting of the Council at Ministerial level to maintain its continued relevance and facilitate its implementation five years after its adoption. Specific updates aimed at:

  • reflecting the growing importance of addressing misinformation and disinformation, and safeguarding information integrity in the context of generative AI;
  • addressing uses outside of intended purpose, intentional misuse, or unintentional misuse;
  • clarifying the information AI actors should provide regarding AI systems to ensure transparency and responsible disclosure;
  • addressing safety concerns, so that if AI systems risk causing undue harm or exhibit undesired behaviour, they can be overridden, repaired, and/or decommissioned safely by human interaction;
  • emphasising responsible business conduct throughout the AI system lifecycle, involving co- operation with suppliers of AI knowledge and AI resources, AI system users, and other stakeholders,
  • underscoring the need for jurisdictions to work together to promote interoperable governance and policy environments for AI, against the increase in AI policy initiatives worldwide, and
  • introducing an explicit reference to environmental sustainability, of which the importance has grown considerably since the adoption of the Recommendation in 2019.

Furthermore, some of the headings of the principles and recommendations were expanded for clarity, and the text on traceability and risk management was further elaborated and moved to the “Accountability” principle as the most appropriate principle for these concepts.

Implementation

The Recommendation instructs the DPC to report to the Council on its implementation, dissemination and continued relevance five years after its adoption and regularly thereafter.

2024 Report to Council

The DPC, through AIGO, developed a report to the Council on the implementation, dissemination and continued relevance of the Recommendation five years after its implementation, and proposed draft revisions drawing from its conclusions.

The 2024 Report concluded that the Recommendation provides a significant and useful international reference in national AI policymaking. The Recommendation is being implemented by its Adherents, is widely disseminated, and remains fully relevant, including as a solid framework to analyse technology evolutions such as those related to generative AI.

However, the 2024 Report found that updates were needed to clarify the substance of some of the Recommendation’s provisions, facilitate implementation, increase relevance, and ensure the Recommendation reflects important technological developments, including with respect to generative AI.

Further work to support the implementation of the Recommendation

In addition to reporting to the Council on the implementation of the Recommendation, the DPC is also instructed to continue its work on AI, building on this Recommendation, and taking into account work in other international fora, such as UNESCO, the European Union, the Council of Europe and the initiative to build an International Panel on AI.

In order to support implementation of the Recommendation, the Council instructed the DPC to develop practical guidance for implementation, to provide a forum for exchanging information on AI policy and activities, and to foster multi-stakeholder and interdisciplinary dialogue.

To provide an inclusive forum for exchanging information on AI policy and activities, and to foster multi-stakeholder and interdisciplinary dialogue, the OECD launched i) the AI Policy Observatory (OECD.AI) as well as ii) the informal OECD Network of Experts on AI (ONE AI) in February 2020.

OECD.AI is an inclusive hub for public policy on AI that aims to help countries encourage, nurture and monitor the responsible development of trustworthy artificial intelligence systems for the benefit of society. It combines resources from across the OECD with those of partners from all stakeholder groups to provide multidisciplinary, evidence-based policy analysis on AI. The Observatory includes a live database of AI strategies, policies and initiatives that countries and other stakeholders can share and update, enabling the comparison of their key elements in an interactive manner. It is continuously updated with AI metrics, measurements, policies and good practices that lead to further updates in the practical guidance for implementation.

OECD-LEGAL-0449-en

 

To read the recommendations as published by the OECD, please click here.

To read the full document, please click here.

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bodog poker review|Most Popular_a framework, which forces /atp-research/regulating-ai-international-investment-law/ Wed, 05 Apr 2023 18:28:36 +0000 /?post_type=atp-research&p=38866 Artificial Intelligence (AI) is emerging as a significant phenomenon in the global economy. As multinational corporations pour capital into acquiring AI start-ups, investment in cognitive AI systems is expected to...

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Artificial Intelligence (AI) is emerging as a significant phenomenon in the global economy. As multinational corporations pour capital into acquiring AI start-ups, investment in cognitive AI systems is expected to reach USD 98 billion by 2023. The United States and China have established initiatives to pursue strategic dominance of AI, while several other developed countries are nurturing their own AI sectors. Such is the promise of creative destruction associated with AI that the concept of privacy, the nature of work, the accountability of governments, and the value of data must all be reviewed in response to AI-driven technological advancements. Indeed, concerns about the ensuing public interest implications have provoked a series of responses by national legislatures as States attempt to fill the regulatory vacuum.

While international economic law literature is becoming increasingly cognisant of AI, the interaction between AI and investment treaties remains uncharted territory. Scholars have addressed how AI will exacerbate the ‘digital divide’ within cross-border trade, contribute to data-driven research within international economic law, and even generate treaties to predict the outcome of negotiations. Broader issues of international arbitration have similarly been scrutinized within the context of AI, for predicting outcomes, selecting arbitrators, and calculating damages. In contrast, AI’s interaction with investment treaties has garnered little attention, and is the focus of this article.

The central thesis is that the international investment regime provides an unpredictable legal environment in which to adjudicate the emerging norms and ethics of AI. Reforms to drafting and to practice are necessary to prepare investment treaties for an AI-driven future.

This article proceeds in five Sections. Section 2 considers the components and regulation of AI. It is argued that AI regulation – including limitations on market access, utilization of automated decision-making systems, restrictions on cross-border data flows, and mandated algorithmic transparency – may constitute barriers to investment. Section 3 discusses the conditions for AI to be within the scope of protected investment in international investment agreements (IIAs). Section 4 analyses whether measures targeting AI are in compliance with substantive investment obligations. Having identified areas of potential breach, Section 5 finds that existing exceptions clauses within IIAs are too narrowly drafted to encompass the relevant policy concerns. As a result, Section 6 proposes three reformative measures to optimize investment treaties for the AI-powered investor and AI-powered host State.

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There is no consensus on a definition for AI. It has been defined in four different ways, as computer programs capable of: acting humanly, thinking humanly, thinking rationally bodog poker review and acting rationally. None offer a suitably firm basis on which to frame regulation.

The former two categories define AI in relation to human characteristics that are themselves indefinable. What is learning? What is self-awareness? What is reasoning? It is impossible to define these terms with enough precision to identify targets of regulation. The third approach, ‘thinking rationally’, is likely to be over-inclusive, as even rudimentary algorithms follow logical laws of thought. Finally, the ‘acting rationally’ approach defines AI by its ability to operate autonomously, adapt to changing circumstances, and pursue goals. The notion of AI as a ‘rational agent’ has proven to be the most influential approach in the field.

However, two aspects of this definition remain challenging. Firstly, assessing whether a computer program is ‘pursuing’ a ‘goal’ involves allusions to intent and consciousness, which creates the same ambiguity that exists with imitating indefinable human characteristics. Secondly, perceptions of autonomy are highly subjective. They rely upon our perceptions of foreseeability that necessarily shift as the technology becomes more familiar. Indeed, as John McCarthy remarked, ‘as soon as it works, no one calls it AI any more’.

Therefore, this article will forego any attempt to define AI from a technical perspective. Instead, it will adopt a normative approach based upon regulations in development in the EU and the United States. The proposed EU AI Act defines an AI system as ‘software that is developed with one or more of the techniques and approaches listed in Annex I and can, for a given set of human-defined objectives, generate outputs such as content, predictions, recommendations, or decisions influencing the environments they interact with’. Similarly, the US Algorithmic Accountability Act defines an ‘automated decision system’ as ‘a computational process, including one derived from machine learning, statistics, or other data processing or artificial intelligence techniques, that makes a decision or facilitates human decision making, that impacts consumers’.

AI regulation is being constructed around certain techniques and technologies, and the risks they pose to those with whom they interact. Similarly, international investment law protects and regulates certain assets, activities, and public interests. Therefore, recognizing the points at which AI intersects with investment law will involve identifying the assets, activities and public interest implications, or risks, of AI. As a first step, this requires identifying its components and applications.

Regulating Artificial Intelligence in International Investment Law


Mark McLaughlin is a Full-time Faculty and Visiting Assistant Professor of Law at the
Singapore Management University’s School of Law.

To read the full journal, please click here.

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bodog poker review|Most Popular_a framework, which forces /atp-research/artificial-intelligence-commission-report/ Thu, 09 Mar 2023 10:56:44 +0000 /?post_type=atp-research&p=39026 The U.S. Chamber’s AI Commission report highlights the promise of Artificial Intelligence (AI) while calling for a risk-based, regulatory framework. The use of artificial intelligence (AI) is expanding rapidly. These...

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The U.S. Chamber’s AI Commission report highlights the promise of Artificial Intelligence (AI) while calling for a risk-based, regulatory framework.


The use of artificial intelligence (AI) is expanding rapidly. These technological breakthroughs present both opportunity and potential peril. AI technology offers great hope for increasing economic opportunity, boosting incomes, speeding life science research at reduced costs, and simplifying the lives of consumers. With so much potential for innovation, organizations investing in AI-oriented practices are already ramping up initiatives that boost productivity to remain competitive.

Like most disruptive technologies, these investments can both create and displace jobs. If appropriate and reasonable protections are not put in place, AI could adversely affect privacy and personal liberties or promote bias. Policymakers must debate and resolve the questions emanating from these opportunities and concerns to ensure that AI is used responsibly and ethically.

This debate must answer several core questions: What is the government’s role in promoting the kinds of innovation that allow for learning and adaptation while leveraging core strengths of the American economy in innovation and product development? How might policymakers balance competing interests associated with AI—those of economic, societal, and quality-of-life improvements—against privacy concerns, workforce disruption, and built-in-biases associated with algorithmic decision-making? And how can Washington establish a policy and regulatory environment that will help ensure continued U.S. global AI leadership while navigating its own course between increasing regulations from Europe and competition from China’s broad-based adoption of AI?

CTEC_AICommission2023_Report_v6

 

To read the full summary as it was published by the U.S. Chamber of Commerce, click here.

To read the full report, please click here.

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bodog poker review|Most Popular_a framework, which forces /atp-research/building-trust-digital-trade-will-require-rethink-trade-policy-making/ Tue, 07 Feb 2023 19:35:55 +0000 /?post_type=atp-research&p=39203 When we go online, download an app, buy a sweatshirt, or peruse TikTok, we are taking a leap of faith—acting with agency in an environment without control or certainty. We...

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When we go online, download an app, buy a sweatshirt, or peruse TikTok, we are taking a leap of faith—acting with agency in an environment without control or certainty. We trust the firms that provide these services will not only provide us with goods and services, but that they will also protect our personal data and do their best to prevent us—their stakeholders—from harm. As political theorist Francis Fukuyama has written: ‘Trust is the expectation… of regular, honest, and cooperative behavior, based on commonly shared norms, on the part of other members of that community’. According to the OECD, ‘trust is also the foundation upon which the legitimacy of public institutions is built and is crucial for maintaining social cohesion’. Trust is essential to democratic capitalist functioning, and in particular to trade, because buyers and sellers don’t know each other. But the same is true for users and providers online. 

Yet no one knows how to build or sustain trust in the face of rapid data-driven change. Online ‘trust must be negotiated with others whom users do not see, with faraway enterprises, under circumstances that are not wholly familiar, in a world exploding with information of uncertain provenance’. 

Since the onset of the global pandemic, individuals, companies, and governments have become increasingly dependent upon the internet and data-driven services to work, learn, and socialize. These new services helped sustain the global economy and allowed many to connect, work, study, and prosper online through lockdowns. Yet because many of these services are built on the collection, analysis, and monetization of personal data, they also threaten our autonomy, individual rights, and systems of governance. The US National Intelligence Council has issued a stark warning that: 

privacy and anonymity may effectively disappear by choice or government mandate, as all aspects of personal and professional lives are tracked by global networks. Moreover, real-time, manufactured, or synthetic media could further distort truth and reality, destabilizing societies at a scale and speed that dwarfs current disinformation challenges. 

These concerns about online security are reflected in surveys of users. In 2019, the Pew Foundation found that many people are afraid that their bodog sportsbook review data are used without their consent, and concerned that firms use their clients’ personal data to discriminate and manipulate them. Likewise, CIGI and IPSOS suggested 75 per cent of 25,000 users polled cited Facebook, Twitter, and other social media platforms as contributing to their lack of trust. In the same survey, 78 per cent of respondents were concerned about their online privacy, with over half more concerned than they were a year ago. Similar concerns are seen in data collected by the Oxford Internet Institute in 2020 which showed that for those active online, around half are concerned about disinformation and 71 per cent of internet users are worried about a mixture of online threats, including disinformation, fraud, malware, spyware, and harassment. 

Given this situation, in 2019 Prime Minister Shinzo Abe of Japan decided that he could both reinvigorate negotiations over cross-border data flows at the World Trade Organization (WTO) and build trust in policy-makers’ efforts to govern data. Policy-makers have been trying to negotiate such rules since the first e-commerce agreement (Australia/Singapore) in 2003. Abe stated that he wanted the Osaka meeting of the Group of 20 nations (the G-20) ‘to be long remembered as the summit that started world-wide data governance… under the roof of the WTO’. He noted that data-driven services are built on data collected from individuals in one country and often stored or analysed in another. Such cross-border flows underpin both the internet and the global economy. Hence, data free flow with trust meant that countries would allow medical, industrial, and other nonpersonal data to freely flow across borders, but ‘put our personal data and data embodying intellectual property, national security intelligence, and so on, under careful protection’. 

However, although Abe argued that certain types of data needed special rules to facilitate trust, he never explained what these rules should look like and how nations might find an internationally accepted approach to such rules. Despite the lack of clarity, other international organizations have underscored the concept that data will not flow freely without trust, including the G-20, the OECD,3,5 the World Economic Forum, and most recently the G-7. Despite this consensus on the need to link free flow and trust, the trade regime is not the only or best venue to discuss this issue. Policy-makers discuss trust and data flows at other venues including the UN and the OECD. But trade agreements are binding and generally disputable. Moreover, digital trade agreements generally include language making the free flow of data a default, with certain exceptions. These agreements also address measures that can distort the free flow of data, such as spam. 

This author is deeply ambivalent about this focus on trade agreements as a tool to govern data. First, although data are constantly exchanged between entities in different countries, such exchange is not always accompanied by a transaction and may not be ‘traded’. Moreover, data are multidimensional—they are not just a commercial asset but a public good and a national security problem. Policy-makers have not figured out how to encourage data sharing and the broad use of data to address wicked problems that transcend nations and borders, such as climate change. Finally, much of the data flowing across borders are aggregated and allegedly anonymized personal data. While users may benefit from services built on data, the people who are the sources of those data do not control them. The data are their assets, yet they cannot manage, control, exchange or account for them. Individuals’ data can essentially be weaponized to create malicious cross-border data flows, whether through disinformation, malware, spam, or other means. Nonetheless, trade agreements are vehicles to build trust because they are commitment devices. They build trust by clarifying how and when nations can trade and how and when they can violate trade rules. 

Policy-makers are eager to build trust in how they govern data. But the process of negotiating trade agreements (which is secretive) could be problematic to engendering trust. Some believe that trade negotiations allow policymakers to deliver on behalf of special interests such as large digital platforms, rather than the broad public Others argue that because the process is secretive, policy-makers can avoid catering to national special interests. Hence, how policy-makers respond to what their citizens say they need or are concerned about is as important as what (the specific rules) when designing rules and institutions of governance. 

This paper focuses on both what policy-makers include in trade agreements and how they include these provisions. I focus on three concerns impeding trust online: internet shutdowns and censorship, disinformation, and ransomware (a form of malware). I will show that these problems are increasingly visible, and trade distorting. Moreover, all three may undermine trust, which could lead consumers and firms to be more cautious in their online operations. Over time, that could reduce market growth for users and providers of data-driven services.

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bodog poker review|Most Popular_a framework, which forces /atp-research/wco-wto-disruptive-technologies/ Thu, 30 Jun 2022 20:31:38 +0000 /?post_type=atp-research&p=34969 When we talk about “disruptive technologies”, what exactly do we mean? According to the Cambridge Dictionary, a disruptive technology is a new technology that completely changes the way things are...

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When we talk about “disruptive technologies”, what exactly do we mean? According to the Cambridge Dictionary, a disruptive technology is a new technology that completely changes the way things are done. Even though we cannot be certain which technologies will accomplish this in the future, the public has over the past years broadly accepted “disruptive technologies” as a term which refers to blockchain, the Internet of Things, artificial intelligence, virtual reality, drones, 3D printing and other cutting-edge technologies, which are the subject of this Study Report.

The term emerged from an examination of the failure of once dominant corporations, when the technology their dominance was based upon changed. The authors Clayton M. Christensen and Joseph L. Bower introduced this idea in their 1995 Harvard Business Review article “Disruptive Technologies: Catching the Wave.” They examined the hard-disk-drive industry to illustrate their point. They focused on the challenges faced by a corporation as they attempted to introduce a new technology which often struggled against the existing dominant force in the market place. In subsequent work, it was argued that disruptive technology did not disrupt at a single point in time, but that what was disruptive was the path the technology followed from a fringe product to the mainstream.

When we speak of disruptive technologies or disruptive innovation we are not talking about a negative reaction within a certain market, but rather the natural evolution of technology. Our lives are enriched in many respects by disruptive technologies. History is full of technologies that transformed the way we do business or live our lives.

According to the WTO World Trade Report 2018, we are entering a new era in which a series of innovations that leverage the Internet could have a major impact on trade costs and international trade. The Internet of bodog online casino Things (IoT), artificial intel- ligence (AI), 3D printing and blockchain have the potential to profoundly transform the way we trade, who trades and what is traded. This comes as a consequence of a number of forces. The past half-century has seen a massive increase in processing and computing power, an equally enormous decline in its cost, and widespread adoption of personal computers. This has been accompanied by an equally rapid increase in bandwidth – the carrying capacity of a communication system – that has proved to be an important catalyst for the swift growth of the Internet and mobile networks. Finally, the ability to turn many forms of information that once existed solely in analogue form into digital information, and to collect, store and analyse it, has expanded enormously.

Today, we are also seeing the rise of quantum computing, which harnesses the phenomenon of quantum mechanics to deliver a huge leap forward in computation to solve certain types of problems. Namely, quantum computers and algorithms are being designed to solve complex problems that today’s most powerful supercomputers cannot solve, and never will. 

WCO:WTO Study Report

To read the full report from the World Customs Organization and the World Trade Organization, click here.

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bodog poker review|Most Popular_a framework, which forces /atp-research/2021-ar-vr-policy/ Mon, 15 Nov 2021 17:37:34 +0000 /?post_type=atp-research&p=31167 AR/VR technologies have transformative potential in everything from entertainment and communication to workforce development and education. But they also raise unique considerations on issues that policymakers are grappling with in...

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AR/VR technologies have transformative potential in everything from entertainment and communication to workforce development and education. But they also raise unique considerations on issues that policymakers are grappling with in relation to other technologies, such as privacy, safety, security, and equity.
 
 
To read the full report from the Information Technology & Innovation Foundation, please click here.

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bodog poker review|Most Popular_a framework, which forces /atp-research/approach-us-china-decoupling/ Thu, 21 Oct 2021 15:37:53 +0000 /?post_type=atp-research&p=30905 The CSIS Economics Program launched Degrees of Separation to establish clearer objectives for U.S. engagement with China and to assess whether disengagement from specific economic activities can help in meeting such objectives. The interim report reviewed...

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The CSIS Economics Program launched Degrees of Separation to establish clearer objectives for U.S. engagement with China and to assess whether disengagement from specific economic activities can help in meeting such objectives.

The interim report reviewed the evolution of the U.S.-China relationship and identified six distinct areas that motivated U.S.-China engagement from 1972 through the end of the Trump administration: (1) geostrategy; (2) economics; (3) human rights and civil society; (4) global rules and norms; (5) global public goods; and (6) technology and innovation. This final report presents a framework for assessing specific economic activities as candidates for targeted decoupling, along with findings from three illustrative case studies designed to test it: artificial intelligence, biotechnology, and financial flows. The hope is that such a framework, which forces the identification of risks as well as U.S. objectives, can boost transparency and predictability, lessen regulatory uncertainty, and support engagement between the United States and China in areas that do not unacceptably compromise U.S. national security.

211021_Segal_DegreesSeparation_Final

To read the full report from the Center for Strategic & International Studies, please click here.

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bodog poker review|Most Popular_a framework, which forces /atp-research/national-industry-technology-agency/ Thu, 17 Jun 2021 23:14:50 +0000 /?post_type=atp-research&p=28414 With the rise of China and other economic competitors, the United States requires a national advanced technology strategy. While there are many steps Congress and the Biden administration should take—steps...

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With the rise of China and other economic competitors, the United States requires a national advanced technology strategy. While there are many steps Congress and the Biden administration should take—steps the Information Technology and Innovation Foundation (ITIF) has detailed in numerous reports—the most important is the creation of a dedicated national technology agency. Well over 50 nations have already established such bodies. This new agency, ideally at least as large as the National Science Foundation (NSF), would lead a number of core tasks, including analyzing U.S. industry strengths, weaknesses, opportunities, and threats and responding with well-resourced solutions, including support for domestic research and development (R&D) and production partnerships and investment in advanced research facilities.

To be clear, we recognize the political difficulty of creating any new agency, given committee conflicts, a view that such reorganization is difficult, and resistance by some to larger government. But doing so is critical. NSF and the academic science community play a key role in the advancement of basic science, but that is different than supporting technological innovation and value capture in the United States. While the Department of Defense (DOD) plays a key role in technology development, its focus will always be on defense needs. The Department of Energy (DOE) is either focused on basic science or energy technology. What the United States lacks and desperately needs is a free-standing federal entity whose sole mission is supporting advanced technology industry development in order to help America compete.

Such an agency should take the lead in crafting and regularly revising a national advanced industry and technology strategy (AITS). It should coordinate, along with the White House, an interagency process to help align federal, state, and international (allied nation) policies and programs with the goal of U.S. advanced industry competitiveness. And it should be the one place in government that funds activities explicitly focused on commercial competitiveness.

2021-us-national-tech-agency

To read the full report from the Information Technology and Innovation Foundation, please click here.

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bodog poker review|Most Popular_a framework, which forces /atp-research/is-china-a-developing-country/ Mon, 31 May 2021 14:58:54 +0000 /?post_type=atp-research&p=28242 China designates itself as a developing country in the World Trade Organization and is classified as such by the World Bank based on the income per capita criterion. This enables...

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China designates itself as a developing country in the World Trade Organization and is classified as such by the World Bank based on the income per capita criterion. This enables China to avoid many of the responsibilities and disciplines applied to rich countries in international organizations, while qualifying for preferential treatment in some instances. Yet China is already the world’s largest economy by some measures and is home to nearly as many companies as the United States in the Forbes list of the 500 largest companies. China is the largest producer of electric vehicles, has the global lead in important technologies such as 5G, and is among the leaders in artificial intelligence, facial recognition, electronic payment systems, and space exploration. It is the largest official creditor to developing countries. Understandably, China’s continued self-designation as a developing country is a major source of tension between China and the United States and its allies. 

What to make of this? Is China really a developing country? And does it matter whether it is or is not? This brief shows that—despite its many achievements—China remains a developing country by any plausible criterion. Yet China is exceptional since it is the first time in history that a relatively poor nation plays a dominant role in the global economy.

China’s exceptionalism has major implications. China should become more bodog poker review aware of the global repercussions of its policies, while the United States and its allies need to understand better China’s limitations and moderate their expectations of China. I discuss what this means in three policy arenas: macroeconomics, development assistance, and climate. In a companion paper, I will tackle another issue where China’s underdevelopment matters, and which is especially complex: trade policies.

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To read the full policy brief from the Policy Center for the New South, please click here.

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bodog poker review|Most Popular_a framework, which forces /atp-research/digital-transformation-global-value-chains/ Thu, 06 May 2021 20:05:03 +0000 /?post_type=atp-research&p=30178 The digital transformation changes production technologies and, as a result, it impacts labour markets and global value chains (GVCs). Technological transformations, for instance in the communication and transportation sectors, have...

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The digital transformation changes production technologies and, as a result, it impacts labour markets and global value chains (GVCs). Technological transformations, for instance in the communication and transportation sectors, have empowered global value chains, but the digital transformation will once again change production possibilities, with unclear consequences for GVCs. Among other things, the digital transformation has increased the scope for automation in production and has led to a growing role of servicesfor GVCs. This commentary looks at how these trends transform GVCs and explores some implications for labour markets.

The past decades have been characterized by a strong expansion of global production networks: driven by falling transportation, communication, and coordination costs, production has become increasingly fragmented internationally. In 1970, approximately 37% of the world’s total exports contained inputs that had been imported before. This share rose to over 50% in 2008 and has remained relatively stable since then, according to the World Development Report 2020 (World Bank, 2020).

These GVCs, like all trading activities, have created winners and losers. On the one hand, specialized firms and their workers (often also in emerging and developing countries) have been able to participate in global production networks and have benefited from investment and knowledge transfer. On the other hand, firms and workers who previously carried out these activities (mostly in developed countries) have had to cope with labour market adjustments such as lower wages or even unemployment spells as production activities moved elsewhere. Consumers, for their part, have generally benefitted from lower prices and larger variety.

Increasing the scope for automation

With the recent digital transformations there is growing potential to further automate production. While automation is not a new phenomenon, the digital transformation —with innovations such as the Internet of Things or advanced manufacturing techniques including 3D printing— makes it possible to link production stages by a digital thread. This will allow for smaller, if not individual, batches in production: mass customization rather than mass production.

How will automation impact the global division of labour? One of the major reasons for building up GVCs was saving in labour costs. Automation means that machines (robots) can substitute labour at a lower cost, so it is possible that automation eradicates the comparative advantage of low-wage countries, leads to reshoring of production, and hence shortens GVCs. Furthermore, the possibilities of enhanced customization may also move production closer to consumers.

The evidence for reshoring is unclear. In an analysis examining international operations of US firms, “no evidence of a widespread reshoring trend” was found. However, something is going on: an ILO analysis on the global use of robots found that, between 2005 and 2015, there was a negative impact of robot usage on worldwide employment. This is mainly the case across emerging economies rather than developing ones. Furthermore, the use of robots in developed countries decreases offshoring. This evidence suggests that, while production may not have shifted back to developed economies (reshoring), machines have nevertheless been a substitute for labour.

Automation of labour-intensive production tasks in GVCs becomes critical if countries are highly dependent on exports within a specific industry. The fast-paced retail industry is a good example of this. Retail exports account for over two-thirds of total exports in countries such as Bangladesh or Cambodia, where sewing tasks are carried out. Even though the automation potential for sewing tasks is currently limited, the countries may be hit hard once technological innovations compete with their comparative advantage in sewing. 

The growing role of services in GVCs

The proliferation of global production networks would not have been possible without a range of services: telecommunication, transportation, financial, etc. Thus, services have always been an important part of GVCs. Yet, during the past decades, trade in services has grown significantly more rapidly than trade in goods, as can be seen in Balance of Payments statistics. Figure 1 shows that trade in services that can potentially be digitally delivered has grown significantly stronger than services that can only be physically delivered (such as tourism or construction). Due to the digital transformation, an increasing number of services can also be easily traded digitally, while the production of services has increasingly become internationally fragmented, e.g. when tax returns are prepared in one country and finalized in another.

The digital transformation has also spilled over onto the manufacturing industry, e.g. when goods are bundled with insurances or repair services, with financial services, or with subscriptions to a regular delivery of supplies. In fact, for many manufactured goods the services are central to product differentiation. Thus, the line between goods and services becomes increasingly blurred.

How does this impact the global division of labour? With the emergence of digital platforms everyone can offer a service and every company can essentially source its service inputs from anywhere around the globe. This has enabled specialized suppliers, especially small- and medium-sized enterprises (SMEs), to become part of GVCs – both upstream and downstream. For example, digitally connected SMEs tend to import a higher share of their production inputs, because they can find – and be found by – specialized suppliers worldwide. At the same time, this “globalization of the labour market” drives competition among local workers and suppliers, which must be addressed by flexible skill upgrading and innovation.

Geoeconomic implications

Overall, it is clear that the digital transformation will continue to expand production possibilities, change GVCs and, thus, have geoeconomic implications. On the one hand, the digital transformation will support and perhaps enhance GVCs, as it provides better ways to control supplier relationships, it offers new possibilities for GVC participation, and it enables new products blending goods with services. Countries with a better digital infrastructure and an adequately skilled workforce are likely to have a competitive advantage and capture higher shares of value added in this world. At the same time, these developments will promote a concentration of power in firms and countries that control the underlying platforms. The geopolitical battle for dominance in the platform economy is already ongoing, for example when Chinese suppliers are banned from public tenders.

On the other hand, the digital transformation bodog poker review increases the scope for automation and customized production. Countries abundant in low-skilled labour are likely to lose their comparative advantage, as the size of the home market becomes more important than labour costs in choosing production locations. At the same time, digitalization may also enable countries to leapfrog development: while it was previously important to have an industrial base to participate in GVCs, digital infrastructure or innovative SMEs may now be more important factors. 

Figure 1 – Growth in services trade by mode of delivery, EU-28, 2010-2018, in %

Source: OECD (2019) – Trade in services – EBOPS 2010, trade in services by partner economy; classification of digitally-deliverable services based on UNCTAD (2015). The following services are classified as digitally deliverable: insurance and pension services; financial services; charges for the use of intellectual property; telecommunications, computer and information services; other business services; and audio-visual and related services.

To read the full report from the Italian Institute for International Political Studies, please click here.

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