Products related to Ecosystem:
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Open RAN : Technology and Ecosystem
Complete guide to identifying and describing basic Open RAN technology concepts and understanding the structure and dynamics of the ecosystem Open RAN describes key aspects and provides insight into the structure and dynamics of the Open RAN ecosystem, linking the key technology aspects to the market drivers and showing the role of technology in the ecosystem's progress.This book explores Open RAN cloudification techniques and deployment scenarios down to details of the RAN split options and use of hardware accelerators.Open RAN programmability for non-real-time operations (SMO, Non-RT RIC, A1) and real-time operations (Near-RT RIC, E2) are discussed alongside essentials of RAN control, network data collection, notifications of events, policy control, and network and service management.Examples of implementation by leading vendors and open-source communities are provided throughout to show the potential of the Open RAN ecosystem and technology.Written by an industry insider and a key contributor to the development of the technology, this book includes: Activities and structure of the O-RAN Alliance, including work groups, committees, and the O-RAN Software Community (OSC)Evolution of the Open RAN ecosystem, covering O-RAN specifications releases and compliant products, ongoing and planned developments, as well as ongoing and planned trials and commercial deploymentsSMO and Non-RT RIC functional procedures, A1 policy-based interface, rAppsNear-RT RIC functional procedures, covering subscription, notifications, control, policy, and query procedures; E2 services, covering REPORT, INSERT, CONTROL, and POLICY services; Near-RT RIC as an xApps hosting platformTraffic steering, QoS optimization, NSSI resource optimization, and massive MIMO optimization, covering outer and inner control loops, network data collection, and optimization actions With a combined overview of key technology aspects and practical examples, Open RAN is a practical and highly useful reference for researchers, engineers, and marketing experts employed by mobile carriers, equipment vendors, government bodies, and universities, as well as professionals in associated communications fields and PhD electrical engineering students.
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Strategizing for technoscientific innovation : An ecosystem perspective
Examples of technoscientific innovation include advancements in biotechnology, advanced medical treatments involving gene and cell therapies, surgical robotics, nanotechnology, AI-based decision-making systems, the creation of innovative materials with unique properties, and sustainable renewable energy systems.These innovations have the potential to transform and disrupt industries, improve quality of life, and contribute to economic and societal progress.The purpose of this book is to guide the reader on how to create and capture value from technoscientific innovation, making extensive use of collaborative co-development deals.Based on the latest insights in managing technology ecosystems and business modelling, this book aims to map out the technology-based ecosystem, perform an economic power analysis of its agents, and develop a phased value creation and capture strategy to take the technoscientific innovation to market.This will form the basis for a discussion on strategically positioning the company in "pipeline" and "platform" technoscientific businesses, leveraging the firm's differentiating intellectual property (IP) and complementary assets positions.
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Accelerating Innovation : Competitive Advantage through Ecosystem Engagement
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The Elements of Big Data Value : Foundations of the Research and Innovation Ecosystem
This open access book presents the foundations of the Big Data research and innovation ecosystem and the associated enablers that facilitate delivering value from data for business and society.It provides insights into the key elements for research and innovation, technical architectures, business models, skills, and best practices to support the creation of data-driven solutions and organizations. The book is a compilation of selected high-quality chapters covering best practices, technologies, experiences, and practical recommendations on research and innovation for big data.The contributions are grouped into four parts: · Part I: Ecosystem Elements of Big Data Value focuses on establishing the big data value ecosystem using a holistic approach to make it attractive and valuable to all stakeholders. · Part II: Research and Innovation Elements of Big Data Value details the key technical and capability challenges to be addressed for delivering big data value. · Part III: Business, Policy, and Societal Elements of Big Data Value investigates the need to make more efficient use of big data and understanding that data is an asset that has significant potential for the economy and society. · Part IV: Emerging Elements of Big Data Value explores the critical elements to maximizing the future potential of big data value. Overall, readers are provided with insights which can support them in creating data-driven solutions, organizations, and productive data ecosystems.The material represents the results of a collective effort undertaken by the European data community as part of the Big Data Value Public-Private Partnership (PPP) between the European Commission and the Big Data Value Association (BDVA) to boost data-driven digital transformation.
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How could one structure a research paper about the forest ecosystem?
A research paper about the forest ecosystem could be structured in a few different ways. One approach could be to start with an introduction that provides an overview of the forest ecosystem and its importance. This could be followed by a section that delves into the different components of the ecosystem, such as the plant life, animal life, and microorganisms. Another section could focus on the interactions and relationships between these components, and how they contribute to the overall health and functioning of the ecosystem. The paper could also include a section on the threats and challenges facing forest ecosystems, as well as potential solutions and conservation efforts. Finally, the paper could conclude with a summary of the key findings and potential areas for future research.
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What is an interesting ecosystem?
An interesting ecosystem is one that is diverse and dynamic, with a wide variety of species interacting and coexisting in complex ways. It may also have unique adaptations and specialized niches that allow for the survival of specific species. Additionally, an interesting ecosystem may have a delicate balance that is easily disrupted, making it particularly vulnerable to human impact and environmental changes. Overall, an interesting ecosystem is one that provides a rich and intricate web of life to study and appreciate.
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Is a terrarium an ecosystem?
Yes, a terrarium can be considered an ecosystem. It is a self-contained environment where living organisms interact with each other and their surroundings. The plants inside the terrarium produce oxygen through photosynthesis, while the soil and microorganisms help break down organic matter. This creates a balanced ecosystem within the enclosed space.
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What characterizes a stable ecosystem?
A stable ecosystem is characterized by a balance between the various species and their interactions, as well as a consistent flow of energy and nutrients. This balance allows for the ecosystem to maintain its structure and function over time, without experiencing significant disruptions or collapses. Additionally, a stable ecosystem will exhibit resilience in the face of disturbances, as it is able to recover and adapt to changes in its environment. Overall, a stable ecosystem is able to support a diverse array of species and maintain its ecological processes in a sustainable manner.
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People Centric Innovation Ecosystem : Japanese Management and Practices
How can knowledge management function well in a highly dynamic VUCA context?This Element focuses on the context of Japanese management and practices to present the concept of people-centric innovation ecosystem.An overview of Japanese management is provided, from publications in English to the insiders' view of Japanese scholars, combining these sources with interviews and dynamic groups with local managers and case studies to illustrate the state and evolution of Japanese management and practices.Highlighting the people-centricity in Japanese management, its networked innovative capability sustains enterprise development in a highly dynamic VUCA context.The interconnectedness and mutual influence of Japanese and Western management have the potential to generate more general management advancements.This Element aims to contribute to the debate on generalization and contextualization, culture and metaculture, and the coexistence of convergence and divergence.Japanese womenomics and its implications for Asian emerging economic powers are also discussed.
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Ecosystem
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Ecosystem
Ecosystem is a card drafting game where the players are choosing cardsand placing them into their play area turn by turn.The cards in a player'sgrid make up their own personal ecosystem, and the player who has the mostefficient ecosystem will be the winner.Bears score by being placed next toBees and Trout. Trout score by being placed next to Streams and Dragonflies. Streams are compared at the end of the game and the players with the largestwill receive points.There are just a few examples of how scoring works inEcosystem.Each player's ending play area will consist of 20 cards, and thereare 11 different card types in Ecosystem.The possibilities are nearlyendless. Just don't forget to diversify! 7. 9 on Boardgame Geek, with verygood feedback - https://boardgamegeek. com/boardgame/271519/ecosystem.
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Ecosystem
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Can an ecosystem be created?
Yes, an ecosystem can be created through a process called ecological restoration. This involves restoring a degraded or damaged ecosystem to its original state or creating a new ecosystem in a previously non-natural area. This can be done by reintroducing native plant and animal species, managing the landscape to promote natural processes, and allowing the ecosystem to develop and function on its own. While it may not be an exact replica of a natural ecosystem, it can still provide important ecological functions and benefits.
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What is net ecosystem production?
Net ecosystem production (NEP) is the difference between the total amount of carbon dioxide that is taken up by photosynthesis and the total amount that is released through respiration and decomposition within an ecosystem. It represents the net carbon balance of an ecosystem, indicating whether the ecosystem is a carbon sink (absorbing more carbon than it releases) or a carbon source (releasing more carbon than it absorbs). NEP is an important measure of the overall carbon dynamics and climate impact of an ecosystem.
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How do you characterize an ecosystem?
An ecosystem can be characterized as a community of living organisms, such as plants, animals, and microorganisms, interacting with each other and their physical environment. It includes both biotic (living) and abiotic (non-living) components, such as soil, water, and climate. Ecosystems can vary in size and complexity, from a small pond to a vast tropical rainforest. They are dynamic and constantly changing, with energy and nutrients flowing through the system, and are often interconnected with other ecosystems.
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What has disappeared from the ecosystem?
Many species have disappeared from ecosystems due to factors such as habitat destruction, pollution, climate change, and overexploitation. This loss of biodiversity has had significant impacts on ecosystem functioning and stability. For example, the disappearance of certain pollinators can lead to reduced plant reproduction, while the loss of top predators can disrupt food webs and lead to overpopulation of certain species. Overall, the disappearance of species from ecosystems has led to imbalances and disruptions that have negative consequences for the health and sustainability of these ecosystems.
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