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This document contains proceedings of the 22nd Army Science Conference held in Baltimore, Maryland on 11-13 December 2000. Topics included advanced materials and manufacturing, microelectronics and photonics, advanced propulsion technologies, environmental geosciences, engineering sciences, force protection, high-performance computing and simulation, and soldier systems.

VeriTran #MWC19 on Twitter: "VeriTran Launches Low-Code Platform for Accelerating Digital Transformation at #MWC19 (Press Release) More info here: https://t.co/bdw6MUflqz https://t.co/f2eug6dkq0" Source: https://twitter.com/Veritran/status/1092802629007298562 Uploader: VeriTran #MWC19

The scalar-tensor theory is plagued by nagging questions if different conformal frames, in particular the Jordan and Einstein conformal frames, are equivalent to each other. As a closely related question, there are opposing views on which of the two conformal frames is physically acceptable. Reinforcing our previous claims, we offer replies based on a cosmological model of the scalar-tensor theory, believed to be a promising theory for understanding the accelerating universe, as well as today's version of the cosmological constant problem. Exploiting the advantage that this model admits analytical asymptotic solutions, our argument does not depend on whether the underlying theory is invariant under conformal transformations. Our argument provides partial support for the claimed "equivalence," but we also present examples that require more careful analyses exploiting field equations. We also point out that the Jordan conformal frame is suitable for an interpretation in terms of unification theories in physics, for example, string theory and the Kaluza-Klein approach, while the Einstein conformal frame may be acceptable as a physical conformal frame under two conditions: (i) the simplest constant $\Lambda$ term in the Lagrangian in the Jordan conformal frame; (ii) the revised form of the conventional Brans-Dicke model based on the validity of weak equivalence principle.

The outbreak of Covid-19 and the resultant lockdown has impacted the very dynamics of the retail sector in India. While organized players kept on struggling to service their customers, the unorganized sector led by neighbourhood grocery stores (Kirana Stores) came as a big relief for millions of Indians to source food and grocery items. While lockdown has increased the trust for kirana stores from across segments of consumers, it also influenced these stores to relook their business processes and increase their dependency on technology to provide a safe and hygienic shopping experience of their customers.

851: Following the COVID-19 Pandemic, companies operating within the biopharmaceutical space are seeing an increased need to stay ahead of technology trends and keep pace with the speed at which digital technology is evolving. At Danaher, the leading producer of technology and services for biopharma companies, CTO James Ross is leading a digital transformation that sets the foundation for future agility and \"innovation at the speed of life.\" In this episode of Technovation, Peter High speaks with James about the company's transformation, the strategic areas of focus for his team, and how he is shifting away from the legacy OpCo model towards an IT-centric model. James also discusses the importance of Danaher's Data and Analytics Strategy, their exploration of AI tools, and other areas of innovation. Finally, James looks ahead at the trends in technology, reaffirms the growing popularization of the metaverse, and reflects on the keys to success from his career journey.Also available on YouTube:https://youtu.be/clZScYK8oek_____________________________________This episode is sponsored by Codeium and ASAPP.

This open access book explores the digital transformation of small and rural towns, in particular, how to measure the evolution and development of digital towns. In addition to access to resources, competition from urban and global markets, and population trends, rural communities present lesser access and use of digital technologies and have lower digital competencies and skills than their urban counterparts. Consequently, they experience less beneficial outcomes from increased digitalisation than urban areas. This book defines what a digital town is and explores digitalisation from the perspective of the four basic economic sectors in towns - individuals and households, businesses, the public sector, and civil society - and three types of enabling infrastructure - digital connectivity, education, and governance. Particular attention is paid to how digitalisation efforts are measured by intergovernmental and international organisations for each sector and enabling infrastructure. The book concludes with a Digital Town Readiness Framework that offers local communities, policymakers, and scholars an initial set of indicators upon which to develop digital town initiatives, and measure progress. For those ready to embrace the opportunity, this book is a pathfinder on the road to a more equitable and impactful digital society and digital economy.

This report is designed to communicate the key elements of the Department of Defense's vision of its future acquisition and logistics environment, and to outline initiatives underway to accelerate the Department's progress toward achieving that vision.

In this paper, we investigate the quantum transfer for the system with three-level $\Lambda$-type structure, and construct a shortcut to the adiabatic passage via picture transformation to speed up the evolution. We can design the pulses directly without any additional couplings. Moreover, by choosing suitable control parameters, the Rabi frequencies of pulses can be expressed by the linear superpositions of Gaussian functions, which could be easily realized in experiments. Compared with the previous works using the stimulated Raman adiabatic passage, the quantum transfer can be significantly accelerated with the present scheme.

In this paper, we investigate the quantum transfer for the system with three-level $\Lambda$-type structure, and construct a shortcut to the adiabatic passage via picture transformation to speed up the evolution. We can design the pulses directly without any additional couplings. Moreover, by choosing suitable control parameters, the Rabi frequencies of pulses can be expressed by the linear superpositions of Gaussian functions, which could be easily realized in experiments. Compared with the previous works using the stimulated Raman adiabatic passage, the quantum transfer can be significantly accelerated with the present scheme.

Executive Summary This whitepaper explores how Argos Labs' innovative low-code platform, Argos Low-Code Python, is revolutionizing digital transformation by seamlessly integrating AI and ML capabilities. We highlight how our unique approach combines the simplicity of low-code development with the power of Python-based AI/ML solutions, enabling organizations to rapidly innovate and adapt in today's fast-paced digital landscape. The paper outlines the key features of our platform, its benefits, and provides a step-by-step guide for leveraging ARGOS to accelerate digital initiatives. Introduction Problem Statement Organizations face significant challenges in implementing AI and ML solutions due to the complexity of these technologies and the scarcity of skilled professionals. Traditional development approaches often result in lengthy project timelines and high costs, hindering digital transformation efforts. Background Low-code platforms have emerged as a potential solution to accelerate application development. However, many lack the flexibility to incorporate advanced AI and ML functionalities, creating a gap in the market for a solution that combines low-code simplicity with AI/ML capabilities. Purpose and Objectives This whitepaper aims to demonstrate how ARGOS Low-Code Python bridges this gap, offering a comprehensive solution for organizations looking to accelerate their digital transformation initiatives. We will explore the platform's features, benefits, and provide a step-by-step guide for implementation. Step-by-Step Analysis/Solution Step 1: Leveraging ARGOS Low-Code Python for AI/ML Integration Argos Low-Code Python provides a visual development environment that allows users to create applications incorporating AI and ML functionalities without extensive coding. Key considerations and challenges 1.      Ensuring the platform is accessible to users with varying levels of technical expertise 2.      Maintaining flexibility for advanced users who require custom solutions Expected outcomes and benefits 1.      Rapid development of AI/ML-powered applications 2.      Reduced reliance on scarce technical talent 3.      Improved collaboration between business and IT teams Step 2: Customization through POT SDK The Python-to-Operations Toolset (POT) SDK enables users to create custom low-code building blocks from any Python solution, ensuring maximum flexibility and extensibility. Key considerations and challenges 1.      Providing comprehensive documentation and support for SDK users 2.      Ensuring compatibility with a wide range of Python libraries and frameworks Expected outcomes and benefits 1.      Full customization of the Low-code Python platform 2.      Ability to integrate specialized AI/ML solutions 3.      Increased platform adoption among advanced users Step 3: Implementing Cross-Platform Automation with ARGOS PAM ARGOS PAM allows for the execution of business automation tasks across various platforms, including Windows, Android, Linux, and iOS. Key considerations and challenges Ensuring consistent performance across different operating systems Managing security and permissions for cross-platform operations Expected outcomes and benefits: Seamless integration of AI/ML solutions into existing business processes Improved efficiency through automation of repetitive tasks Enhanced scalability of digital transformation initiatives Step 4: Streamlining Development with ARGOS STU ARGOS STU (Scenario Studio) provides a development toolkit for automating business process scenarios, enabling rapid prototyping and iteration. Key considerations and challenges 1.     Designing an intuitive interface for creating complex business scenarios 2.     Balancing simplicity with the need for advanced functionality Expected outcomes and benefits 4.     Faster development of end-to-end business process automation 5.     Improved collaboration between business analysts and developers 6.     Reduced time-to-market for new digital initiatives Step 5: Centralized Management with ARGOS Supervisor ARGOS Supervisor offers a comprehensive bot management dashboard for scheduling, controlling, and monitoring the execution of bots. Key considerations and challenges 1.     Ensuring scalability to handle enterprise-level bot deployments 2.     Providing robust analytics and reporting capabilities 3.     Expected outcomes and benefits: 4.     Improved visibility and control over automated processes 5.     Enhanced operational efficiency through centralized management 6.     Data-driven decision making through comprehensive analytics Conclusion The ARGOS Low-Code Python platform and its ecosystem of tools provide a powerful solution for organizations looking to accelerate their digital transformation initiatives. By combining low-code simplicity with advanced AI/ML capabilities, ARGOS enables rapid innovation, reduces reliance on scarce technical talent, and improves collaboration between business and IT teams. Key takeaways ARGOS Low-Code Python bridges the gap between low-code development and advanced AI/ML integration. The POT SDK enables full customization and flexibility for specialized solutions. Cross-platform automation capabilities ensure seamless integration across diverse IT environments. Rapid prototyping and development tools accelerate time-to-market for digital initiatives. Centralized management and monitoring improve operational efficiency and decision-making. The ARGOS ecosystem offers a comprehensive solution for organizations seeking to harness the power of AI and ML in their digital transformation journey. By leveraging our platform, businesses can overcome traditional barriers to innovation and gain a competitive edge in today's rapidly evolving digital landscape. We invite organizations to explore the potential of ARGOS Low-Code Python and its associated tools. Take the first step towards accelerating your digital transformation by: Requesting a demo of the ARGOS platform to see its capabilities firsthand. Downloading a trial version of ARGOS Low-Code Python to experience its ease of use and flexibility. Contacting our team of experts to discuss how ARGOS can address your specific digital transformation challenges. By partnering with Argos Labs, you'll gain access to cutting-edge technology and expert support, positioning your organization at the forefront of digital innovation. References: 1.     Gartner 2.     Forrester Research 3.     IDC 4.     McKinsey & Company 5.     World Economic Forum 6.     MIT Sloan Management Review. 7.     Harvard Business Review About Argos Labs: Argos Labs is a leading provider of low-code AI/ML integration platforms, serving over 500 users globally. We empower businesses to harness the transformative power of AI without the complexities of traditional software development. Our solutions enable rapid prototyping, efficient deployment, and seamless integration of cutting-edge AI technologies, empowering organizations to achieve significant improvements in operational efficiency, decision-making, and overall business performance.

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The rapid evolution of digital technologies has fundamentally reshaped the e-commerce landscape, driving unprecedented changes in consumer behavior, operational processes, and business models. This review synthesizes current research on e-commerce digital transformation, focusing on the integration of AI, cloud computing, and customer experience strategies. Despite significant advancements, challenges persist around technology adoption, data privacy, and organizational readiness. By examining recent empirical studies and theoretical models, this paper highlights the critical factors influencing successful transformation and identifies key research gaps. Future directions emphasize the role of emerging technologies such as blockchain and augmented reality in enhancing e-commerce ecosystems. Readers can expect a comprehensive overview of technological enablers, organizational dynamics, and customer-centric innovations shaping the future of digital commerce.

Broadening military capabilities--that is, improving and changing at faster rates than our potential competitors--is a key objective of U.S. defense strategy and the military transformation process. The ability to maintain a competitive advantage depends not only on the Nation's manpower, fiscal resources, industrial capacity, and technology prowess, but also on the ability to outthink and outlearn adversaries, thereby making it more difficult for them to design and build military capabilities that threaten the United States and its allies. In information age operating environments, where rapid change and ambiguity are the norm, this competitive advantage often depends on the availability of multiple effective options. If U.S. military forces can accelerate the rate of transformation to generate more actionable and effective options than potential opponents, narrow the range of potential successful actions that opponents believe are available to them, and maintain initiative by implementing effective options, then they will be able to impose overwhelming complexity on opposing decisionmakers.

The Investment Report, issued annually by the European Investment Bank, provides a comprehensive overview and analysis of investment and the financing of investment in the European Union. It combines the exploration of investment trends with in-depth analysis, focusing especially on the drivers and barriers to investment activity. The report leverages on a unique set of databases and survey data, including EIBIS, an annual survey of 12 500 firms in Europe, which focuses on their assessment of investment and investment finance conditions, and which allows analysis with firm balance sheet information. The report provides critical inputs to policy debates on the need for public action on investment, and on the types of intervention that can have the greatest impact. These key findings, provide a short accessible summary of the main report’s messages.

The Investment Report, issued annually by the European Investment Bank, provides a comprehensive overview and analysis of investment and the financing of investment in the European Union. It combines the exploration of investment trends with in-depth analysis, focusing especially on the drivers and barriers to investment activity. The report leverages on a unique set of databases and survey data, including EIBIS, an annual survey of 12 500 firms in Europe, which focuses on their assessment of investment and investment finance conditions, and which allows analysis with firm balance sheet information. The report provides critical inputs to policy debates on the need for public action on investment, and on the types of intervention that can have the greatest impact. These key findings, provide a short accessible summary of the main report’s messages.

The Investment Report, issued annually by the European Investment Bank, provides a comprehensive overview and analysis of investment and the financing of investment in the European Union. It combines the exploration of investment trends with in-depth analysis, focusing especially on the drivers and barriers to investment activity. The report leverages on a unique set of databases and survey data, including EIBIS, an annual survey of 12 500 firms in Europe, which focuses on their assessment of investment and investment finance conditions, and which allows analysis with firm balance sheet information. The report provides critical inputs to policy debates on the need for public action on investment, and on the types of intervention that can have the greatest impact.

The Investment Report, issued annually by the European Investment Bank, provides a comprehensive overview and analysis of investment and the financing of investment in the European Union. It combines the exploration of investment trends with in-depth analysis, focusing especially on the drivers and barriers to investment activity. The report leverages on a unique set of databases and survey data, including EIBIS, an annual survey of 12 500 firms in Europe, which focuses on their assessment of investment and investment finance conditions, and which allows analysis with firm balance sheet information. The report provides critical inputs to policy debates on the need for public action on investment, and on the types of intervention that can have the greatest impact.

The Investment Report, issued annually by the European Investment Bank, provides a comprehensive overview and analysis of investment and the financing of investment in the European Union. It combines the exploration of investment trends with in-depth analysis, focusing especially on the drivers and barriers to investment activity. The report leverages on a unique set of databases and survey data, including EIBIS, an annual survey of 12 500 firms in Europe, which focuses on their assessment of investment and investment finance conditions, and which allows analysis with firm balance sheet information. The report provides critical inputs to policy debates on the need for public action on investment, and on the types of intervention that can have the greatest impact.

In 2010, DAU accelerated our second transformation by developing and deploying exciting new learning assets to enhance the skills of the Defense Acquisition Workforce and improve acquisition outcomes for the warfighter. From an intensive 4-week immersion into the Federal Acquisition Regulation, to simulation-based team training, to collaborative classroom technologies, to engagement with major defense acquisition programs, DAU continued to accelerate learning and performance for the workforce.

In 2010, DAU accelerated our second transformation by developing and deploying exciting new learning assets to enhance the skills of the Defense Acquisition Workforce and improve acquisition outcomes for the warfighter. From an intensive 4-week immersion into the Federal Acquisition Regulation, to simulation-based team training, to collaborative classroom technologies, to engagement with major defense acquisition programs, DAU continued to accelerate learning and performance for the workforce.