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By that, it introduces an integrated framework for open innovation and shows how various concepts under the umbrella of open innovation are related to each other.
The results show that our method is feasible and practical in linking developer identities.
Furthermore, this paper suggests how start-ups could orchestrate open innovation ecosystem.
This paper argues that the open hypermedia research community should focus on the developer support issue.
The comparisons illuminate interesting facets of developer collaboration on the Jazz platform.
We show that recommenders for which developer should fix a bug can be quickly configured with this approach and that the configured recommenders are within 15% precision of hand-tuned developer recommenders.
The evaluation results show that our approach outperforms other developer recommendation methods.
I find that advisors have a significant impact on the menu of investment options of their clients’ plans.

Related Questions

Where is pdf upload option?5 answersThe PDF upload option can be found in various systems and platforms discussed in the provided contexts. For example, in the context of uploading files, the Open Science Framework (OSF) allows for the upload of files, including PDFs. Additionally, the utilization of microcomputers can involve the storage and transfer of questions in PDF format to a central server, saving time during online connections. Moreover, guidelines for journals seeking to upload or register metadata about published articles through the Directory of Open Access Journals (DOAJ) via the OJS system are detailed, which may involve PDF uploads. These contexts collectively highlight different scenarios where PDF upload options are available in various research and publishing settings.
What is an open development in architecture?3 answersOpen development in architecture refers to the approach of designing and developing buildings and spaces that can adapt and evolve over time. It involves incorporating strategies that allow for flexibility, customization, and extensibility in the design process. This approach is driven by the need for sustainable architecture and the recognition that buildings and spaces change as their users and contexts change. Open development in architecture can be achieved through various methods such as open architecture products (OAPs) and adaptable design (AD). OAPs consist of a basic platform with modules that can be personalized and developed by different companies, offering high levels of individualization for customers. AD involves modifying or adapting product modules to meet different requirements throughout the product lifecycle. By embracing open development strategies, architects can create buildings and spaces that can effectively respond to changing needs and contribute to a more sustainable built environment.
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What is a version control system?
5 answers
AVersion control systems (VCS) are essential tools in software development, allowing for tracking changes, collaboration among developers, backup of files, and maintaining a history of file versions^[Context_. They support parallel development through branches and merges, facilitating collaboration among multiple developers. VCS can be centralized (CVCS) or distributed (DVCS), each with its own approach to managing software projects. Creative practitioners also utilize version histories in various domains, leveraging versions as materials, providing freedom to explore, and reflecting on past versions for reuse across time scales. The success of a VCS is influenced by end-users' acceptance and satisfaction, with studies focusing on antecedents of satisfaction and behavioral intentions related to VCS reuse.
What are the different types of artificial intelligence ( like chatbos *cici, Poe.. etc)?
4 answers
Different types of artificial intelligence (AI) include reactive machines, limited memory, theory of mind, and self-awareness based on their ability to mimic human behaviors. Chatbots, a popular application of AI, utilize Natural Language Processing (NLP) to simulate conversations between users and systems, enhancing human-machine interactions in various domains like science, education, and healthcare. Chatbots aim to understand user inputs accurately for relevant responses, improving efficiency in natural language conversations. Additionally, AI encompasses various subfields such as machine learning, deep learning, robotics, facial recognition, artificial neural networks, and natural learning progression, contributing to the advancement of AI technologies. Overall, AI technologies continue to evolve, offering diverse applications and capabilities in enhancing human-machine interactions and problem-solving across different domains.
Prevalence of hyperthyroidism in Pakistan ?
5 answers
The prevalence of hyperthyroidism in Pakistan is not directly addressed in the provided contexts. However, research on the impact of credit risk, liquidity, and capital adequacy on the profitability and resilience of Iranian banks is discussed. This study, conducted between 1394 and 1399, focused on 27 Iranian banks and found that credit risk had no significant impact on profitability but negatively affected resilience. Liquidity risk also negatively influenced both profitability and resilience, while capital adequacy ratio had a positive and significant effect on profitability but a negative impact on resilience. Although this data pertains to Iranian banks, it highlights the importance of considering various risk factors in the banking sector, which could indirectly relate to healthcare systems like those in Pakistan.
What necessary information should government agency (department for innovation) disclose on the website?
5 answers
Government agencies, particularly departments for innovation, should prioritize disclosing information that enhances transparency, trust, and public participation. Key information includes regulations, organizational profiles, functions, technology information, and opportunities for public engagement. It is crucial to provide reliable, valid, and up-to-date information to ensure user satisfaction and promote public understanding. Additionally, disclosing details about technology categories, taxonomies, and innovations can facilitate cross-disciplinary collaboration, reduce duplication of efforts, and support technological advancements across various sectors. Ensuring that the disclosed information is easily accessible, comprehensive, and valuable will contribute to overall user satisfaction and promote transparency within the government agency.
Why need user feedback?
5 answers
User feedback is crucial for businesses and developers to gain valuable insights into how users perceive and interact with their products or services. It aids in identifying bugs, features, and usability issues, understanding user needs, and prioritizing requirements in software development. Additionally, user feedback in professional online communities helps establish the credibility of content, facilitating efficient knowledge-seeking processes. Feedback from users while using software systems enables the continuous evaluation of software, leading to problem identification, requirement modifications, and better user acceptance. Therefore, user feedback plays a vital role in improving products and services, enhancing user experiences, and ensuring that software systems evolve effectively to meet changing user needs and expectations.
What is the state of the art in SIEM and SOAR?
5 answers
The state of the art in Security Information and Event Management (SIEM) and Security Orchestration, Automation, and Response (SOAR) reflects a significant evolution in cybersecurity practices to address sophisticated threats and massive data volumes in modern information environments. SIEM technologies, pivotal in managing security information and events, have become indispensable in detecting anomalies, security risks, and potential cyber incidents amidst the vast data and extensive network traffic associated with cloud-based systems, Internet of Things (IoT) concepts, and Industry 4.0 automation. These technologies leverage machine learning and artificial intelligence to automate the detection and orchestration of cyber incidents, highlighting the critical role of automation in contemporary cybersecurity frameworks. SOAR, on the other hand, emerges as a complementary technology to SIEM, focusing on automating responses to cyber threats. It reduces the volume of alerts in Security Operations Centers (SOCs) by identifying duplicate cases, thereby minimizing manual work and potentially decreasing threat and vulnerability response times. The implementation of SOAR alongside SIEM in enterprises signifies an advanced approach to cybersecurity, aiming to streamline operations and enhance the efficiency of threat detection and response. The integration of SOAR tools into SOCs has been subject to empirical studies, revealing that while SOAR increases efficiency and reduces context switching during investigations, it also necessitates a balance between automation and human decision-making to ensure investigation quality. These findings underscore the importance of configuring SOAR tools creatively for optimal data display and automation, addressing concerns of overautomation particularly among senior analysts. Furthermore, the broader cybersecurity landscape, including software security assurance and the management of software vulnerabilities, underscores the necessity for a comprehensive approach that encompasses both SIEM and SOAR. Effective software assurance and supply chain risk management decisions are crucial for protecting against both unintentional and intentionally inserted vulnerabilities, highlighting the interconnectedness of software security with broader cybersecurity operations. In summary, the state of the art in SIEM and SOAR represents a sophisticated blend of technologies and practices designed to automate and enhance cybersecurity operations. This evolution addresses the complex challenges posed by modern cyber threats and the vast data environments of contemporary information systems.
How important is modeling software t oa programmer?
4 answers
Modeling software is crucial for programmers as it provides a structured approach to understanding and designing complex systems. Models serve as abstractions of various system aspects, aiding in visualizing requirements, data, behavior, and more. By utilizing high-level modeling concepts, programmers can bridge the gap between requirements and code, ensuring software components behave as expected when executed. In embedded-software development, modeling techniques like model-based development enhance efficiency and broaden the pool of engineers capable of software development. Ultimately, modeling plays a design role, with models guiding code generation and serving as valuable tools even when code cannot be directly derived. Therefore, modeling software is integral for programmers to effectively conceptualize, design, and implement software systems.
How can the GFSI barriers can be overcome?
5 answers
To overcome Global Information Society (GFSI) barriers, various strategies can be implemented. Firstly, enhancing coordination, teamwork, and shared understanding in requirements engineering can help address challenges related to communication, time management, team mistrust, linguistic and cultural barriers. Secondly, utilizing communication and collaboration technologies effectively while addressing communication barriers can prevent project failures in global software development. Additionally, ensuring access to international knowledge bases, promoting electronic collaboration, and addressing issues like data meanings, legal accountability, and networking standards can facilitate the realization of a GFSI for health. Moreover, bridging the gap between different sensor platforms in global sensor networks can lead to more flexible and robust networks. Lastly, fostering cultural changes in higher education institutions to promote interprofessional education through e-learning can help overcome barriers to collaborative working and communication.
What is spontaneous architecture?
5 answers
Spontaneous architecture refers to architectural design and construction processes that evolve organically without strict premeditated planning. It often involves a collaborative and participatory approach, where buildings and urban structures grow in response to social, economic, and cultural contexts rather than being solely dictated by architects. Studies suggest that the mesoscale architecture of neuronal networks can influence the generation and richness of spontaneous activity, highlighting the importance of clustered connectivity in promoting diverse patterns of activity. In the realm of software systems, spontaneous interactions between software entities are facilitated by utilizing semantically linked information about their capabilities and features, rather than relying solely on predefined interfaces. Overall, spontaneous architecture embodies a dynamic and adaptive approach to design and construction, emphasizing responsiveness to evolving needs and contexts.
Journals about fish disease?
5 answers
The Journal of Fish Diseases covers various aspects of fish diseases in its publications. Specifically, Volume 45 and Volume 46 of the journal have addressed fish disease-related topics. Volume 45 includes issues published in December 2022and October 2022, while Volume 46 covers issues from February 2023, April 2023, and June 2023. These volumes contain valuable insights into the latest research, findings, and developments in the field of fish diseases. Researchers and professionals in the aquaculture and fisheries industries can benefit from the information presented in these journals to enhance their understanding of fish health and disease management strategies.
What is Rationale for the study meaning?
5 answers
The rationale for a study refers to the underlying reasons or justification for conducting the research, outlining its purpose and significance. In the context of software development, rationale extracted from chat messages is crucial for documenting decisions, considering alternatives, and facilitating software evolution and maintenance. This rationale, found in chat messages, provides valuable insights into the discussions, considerations, and argumentation that lead to development decisions, aiding in knowledge reuse and coping with changes in the software system. Despite the challenges posed by the volume and unstructured nature of chat messages, machine learning techniques show promise in extracting and identifying different elements of rationale from these messages, highlighting their importance in software development processes.