Search or ask a question

What is the importance of management support in IT integration post M?

Enterprise integration

Process (computing)

Identification (biology)

Mergers and acquisitions

Best insight from top research papers

Management support plays a crucial role in IT integration post M&A activities. The success of post-merger information systems integration heavily relies on effective decision-making processes and management backing. Additionally, the provision of appropriate information systems and technologies is vital for the effectiveness and sustainability of standardized corporate management systems. Furthermore, monitoring and management support are essential for maintaining enterprise integration, especially in scenarios where different applications and services are involved, requiring comprehensive monitoring mechanisms. Moreover, a management support method involving the operation of reference servers and applications is highlighted as a key element in ensuring continuous operation and decision-making in IT management. Overall, top management team support is identified as a critical factor for the success of management control systems innovations, emphasizing the importance of TMT belief and participation in MCS innovations.

Answers from top 4 papers

PDF

Open Access

More filters

Papers (4)	Insight
Open access•Journal Article•DOI Supporting Information System Integration Decisions in the Post-Merger Context Ksenija Lace 30 Apr 2023-Complex Systems Informatics and Modeling Quarterly	Management support is crucial in post-merger IT integration decisions to compensate for expertise gaps, aiding in informed decision-making and successful integration processes without external involvement.
Patent Management support method, management support device, and management support program Kimura Kengo, Gomi Takeshi - Show less +1 more 19 Jun 2015 3 Citations	The management support method discussed in the paper aids in decision-making for continuous operation of servers, enhancing IT integration post M&A by optimizing application management.
Journal Article•DOI Information technology support of the integrated management system and its role in ensuring the antifragility of business Lyudmila Biryukova, T. V. Glukhova, Julia Palkina - Show less +2 more 01 Jan 2022-Èkonomika i upravlenie: problemy, rešeniâ	IT support in integrated management systems enhances stability and antifragility in uncertain business environments. Management backing is crucial for resilience in turbulent conditions, as outlined in the paper.
Book Chapter•DOI Monitoring and Management Mark Lui, Mario Gray, Andy Chan, Josh Long - Show less +3 more 01 Jan 2011 37 Citations	Management support in IT integration post M is crucial for maintaining enterprise stability by enabling comprehensive monitoring and feedback mechanisms to prevent single application failures from affecting the entire system.

My columns

Related Questions

What is the support definition in tourism industry?5 answersSupport in the tourism industry encompasses various elements crucial for its success. This includes factors like information traffic, promotion strategies, organizational and economic mechanisms, investment, public-private partnerships, stakeholder involvement, and support system facilities. Information support plays a vital role in attracting tourists and promoting destinations effectively. Organizational and economic support is essential for solving institutional and economic challenges faced by tourism enterprises. Additionally, restoring the tourism industry post-pandemic requires analyzing losses, implementing state support measures, and considering public-private partnerships. Furthermore, stakeholders and support system facilities like telecommunication, clean water sources, and spatial factors significantly impact the tourism industry's performance in dynamic environments. Overall, support in the tourism industry involves a multifaceted approach encompassing various critical elements and strategies.

What is integrated management system?4 answersAn integrated management system (IMS) combines two or more standardized management systems, such as those for environmental protection, industrial safety, and labor protection, into a cohesive framework within an organization. Implementing an IMS can lead to reduced costs, improved reputation, enhanced efficiency, and better relationships with stakeholders, while committing to sustainable development. IMS can also be applied to manage movements of autonomously movable bodies in a defined area, setting routes and controlling their movements efficiently. In the context of power management, an IMS can automatically group individual power management systems to meet target consumption levels effectively. Furthermore, in aerospace fields, an IMS involves a data management server and user terminals for real-time data accumulation, management, and tracking of equipment and material tools.

What is the definition of organization support?5 answersOrganizational support refers to the assistance and resources provided by an organization to its employees. It can take various forms and is influenced by factors such as perceived target and ascribed motive. The prevailing conceptualization of organizational support has been criticized for not aligning with contemporary perspectives on social exchange and the social support literature. To address this, the PCMT model of organizational support proposes four unique forms of organizational support: Teleological, Personalized, Collectivistic, and Monistic Organizational Support. These different forms of organizational support have been found to have differential effects on outcomes such as job burnout and well-being. Additionally, organizational support can be enhanced by implementing practices such as providing wellness programs, creating a culture of wellness, and ensuring clear communication to employees. Furthermore, offering career aids and resources can strengthen employees' perceptions of organizational support, leading to increased job performance and reduced turnover.

What is the IT-support of processes?5 answersIT support of processes refers to the use of information technology to facilitate and enhance various business operations and activities. It involves the careful mapping of processes to IT systems and services, ensuring that they are integrated into an overall solution for effective process support. The goal is to improve the efficiency and quality of IT services provided by organizations, such as incident, problem, change, release, and configuration management. However, the level of IT support for processes can vary across organizations, with some having higher support than others. Despite the potential and benefits of IT support, there are limitations and challenges in healthcare environments, where optimal process support is crucial. Advanced process management technology has the potential to further improve IT support for healthcare processes.

How does information technology impact project management?5 answersInformation technology has a significant impact on project management. It enables the adoption of information management modes, leading to improved efficiency in project management. Building Information Modeling (BIM) technology increases the information available for construction projects, contributing to effective project management. The use of high-quality information systems in construction project management is crucial for achieving an excellent flow of information and improving project outcomes. Information technology project management practices, such as stakeholder integration, knowledge management, and risk controls, help organizations achieve IT value. Technology also plays a crucial role in managing large-scale construction projects, facilitating seamless processes, transparency, and reducing carbon emissions.

What is Project Integration Management?4 answersProject Integration Management refers to the process of coordinating and integrating various aspects of a project to ensure its success. It involves managing the interactions and relationships between different stakeholders, such as clients, sales teams, project management practitioners, and organizational units, to set the strategic and operational direction for the project. In the context of construction projects, integrating sustainability is a crucial aspect of Project Integration Management, which requires incorporating sustainability principles throughout all phases of the project, from planning to execution and even the lifecycle of project deliverables. Effective management integration factors have a positive impact on project performance, leading to increased success chances. In the construction industry, project integration management involves processes and tasks related to scope elaboration, project monitoring and control, organization of final materials, and lessons learned. An integrated management system for construction projects enables workers to integrate and cooperate across different fields, such as planning, design, materials, and construction, to calculate the total amount of the project.

See what other people are reading

How has Gagné's hierarchy of learning been applied in modern education and training practices?

Gagné's hierarchy of learning has been widely applied in modern education and training practices. It has been utilized in developing fuzzy logic and Gagné learning hierarchy (FL-GLH) for assessing mathematics skills and identifying learning barrier points. Additionally, the hierarchy analysis method has been employed to assess student achievement results in various educational formats, including traditional, hybrid, and online learning environments. The learning hierarchy technique has been successfully used to identify lower-level prerequisites for learning outcomes in Technical and Vocational Education and Training (TVET) settings, aiding in designing effective learning environments. Furthermore, the effects of Gagné's learning hierarchy on students' academic achievement and anxiety levels have been studied, showing that students taught using this method achieved higher academic success and experienced lower anxiety levels compared to traditional lecture methods.How has the pandemic affected the advancements and applications of artificial intelligence?

The pandemic has significantly impacted the advancements and applications of artificial intelligence (AI) in various ways. AI technologies, such as machine learning (ML) and the internet of things (IoT), have been crucial in tracking and combating pandemics like COVID-19. AI has shown potential in early disease detection, predicting disease spread, developing vaccines and drugs, and supporting remote healthcare through telemedicine and real-time patient monitoring. Additionally, AI, integrated with machine learning technologies, has been utilized for tasks like diagnosing COVID-19 through computerized tomography (CT) scans and predicting outcomes of the disease. The application of AI during the pandemic has been instrumental in diagnosing diseases, treating patients, predicting epidemic outbreaks, and advancing drug research and development, highlighting both its advantages and challenges.How does deep learning contribute to the value relevance of information and ERM?

Deep learning significantly enhances the value relevance of information and Enterprise Risk Management (ERM) by revolutionizing information retrieval processes and risk prediction models. Deep learning models, such as Recurrent Neural Networks (RNNs) and deep convolutional neural networks (CNNs), enable the synthesis of relevant information into cohesive documents. These models aid in efficient online inference and decision-making by extracting valuable insights from both 'hard' and 'soft' data sources. In ERM, deep learning-based risk prediction models, like the TCN_LSTM structure, offer superior accuracy and stability in financial risk assessment, facilitating scientific resource allocation and benefit creation for enterprises. Additionally, deep learning-based methods, like the RCM method, enable high-performance decoding in wireless communication, enhancing the practical application of rate adaptive transmission technologies.Why is sensemaking important?

Sensemaking is crucial due to its role in enabling individuals and teams to give structure to ambiguous situations, make sense of change, and align narratives with implementation goals. Effective sensemaking involves cognitive flexibility, analogic reasoning, and creativity, facilitating the identification of key cues, connections between data, and rational decision-making. In crisis response management, sensemaking is essential for enhancing team performance by collectively understanding crises and potential actions. Moreover, the overwhelming volume of scientific information necessitates efficient sensemaking processes to avoid knowledge fragmentation and information overload, highlighting the need for open access to diverse sensemaking data. In high reliability organizations, group sensemaking fosters shared understanding and informed action through leveraging diverse perspectives.What are challenges in modular construction?

Challenges in modular construction include higher entry prices, lack of job experience, reduced design flexibility, program delays, skill gaps, and cultural resistance. Additionally, logistical challenges such as streamlining the supply chain for on-time delivery of components and overcoming uncertainties like those posed by events such as COVID-19 are significant hurdles. The implementation of prefabricated materials faces obstacles like initial high building costs, technical hurdles, and the unavailability of local prefabrication businesses. Furthermore, the varying sizes and design specifications of modules lead to inefficiencies in labor allocation and imbalanced production lines, necessitating the development of predictive models for process times at workstations to improve productivity and control.Can fuzzy logic be used to optimize the security and privacy of data stored on virtual private servers?

Fuzzy logic can indeed enhance the security and privacy of data stored on virtual private servers. By leveraging fuzzy logic, various approaches have been proposed to address security concerns in different aspects of data handling. For instance, fuzzy keyword search schemes can improve search efficiency and resist attacks like Sparse Non-negative Matrix Factorization based attacks. Additionally, fuzzy logic has been integrated into encryption algorithms like Blowfish to enhance communication security and performance. Moreover, fuzzy logic has been utilized in classifying data sensitivity in cloud storage, ensuring that different data types receive appropriate security measures based on the CIA triad. Furthermore, fuzzy logic has been employed in optimizing data hiding techniques in audio files, enhancing stego-audio quality and reversibility while controlling sample space size effectively.How to reduce the scrap rate in manufacture?

To reduce the scrap rate in manufacturing, implementing Lean Six Sigma (LSS) methodologies has proven to be effective. By utilizing tools like DMAIC, 5 Whys, and Ishikawa diagrams, companies can identify root causes of scrap generation and implement targeted improvement actions. This approach combines statistical tools with lean techniques to enhance process efficiency, increase first run yield, and reduce waste, leading to significant financial impacts. Additionally, focusing on workplace organization and proper treatment of raw materials can further reduce scrap and rework costs, improving overall product quality and profitability. By replicating successful case studies and protocols in similar contexts, companies can optimize processes, enhance competitiveness, and achieve substantial savings in manufacturing operations.What are some popular platforms that learning education across different age groups?

Popular platforms that cater to learning education across different age groups include Minecraft Education, NFB Education, Educ'Arte, Scratch, and 7 de Cinema, collectively known as com-educational platforms, emphasizing community-creativity as the core for learning. Additionally, an interdisciplinary approach integrating arts into STEM and robotics learning has been achieved through a robot-theater framework, engaging students from elementary to college levels. Moreover, an individualized multimedia e-learning platform has been designed to serve various learning groups like primary and middle school students, college students, and adult learners, incorporating question and test-driven philosophy for effective learning. The Lifelong Learning Platform (LLLP) in Europe advocates for lifelong learning from all sectors, promoting a holistic vision of education beyond employability, focusing on personal development and social cohesion. These platforms revolutionize education by offering flexibility, interaction, personalization, assessment tools, and a wide range of educational resources.Are smart destinations encouraging sustainability and conservation of marine resources?

Smart destinations, through the implementation of IoT technologies and sustainable practices, play a crucial role in promoting sustainability and conservation of marine resources. By adopting smart technologies like smart access and mobility, remote destination experiences, and knowledge ecosystem building, destinations like Benidorm have transformed into Smart Tourism Destinations (STDs), leading to increased sustainability. The integration of IoT in destination management enhances the sustainability of tourism destinations, addressing challenges and negative impacts on the environment. Furthermore, the focus on sustainability-oriented innovation in smart tourism destinations contributes to the sustainable development agenda. Overall, smart destinations are instrumental in fostering sustainability and conservation efforts, aligning with the growing preference for environmentally friendly tourism in the 21st century.How AI is Opening Doors for New Artists?

AI is revolutionizing the art world by opening doors for new artists to explore innovative creative processes and challenge traditional norms. Artists are integrating AI into their work by crafting algorithms and data as materials, embracing unpredictability, and resisting the dominant culture of AI research. The vast dataset available on the internet allows AI models to be trained on diverse content, challenging conventional artistic practices and prompting a cultural shift in arts, music, and media. Additionally, the concept of Experiential AI proposes collaboration between artists and scientists to demystify algorithms and enhance transparency, enabling a deeper understanding of AI systems and their interactions with humans. This amalgamation of AI and art not only expands creative possibilities but also redefines the relationship between technology and artistic expression.What is the current state of alkaline water electrolysis modeling?

The current state of alkaline water electrolysis modeling involves the development of dynamic models that integrate electrochemical, thermodynamic, heat transfer, and gas evolution processes to simulate the complete behavior of these systems. These models are implemented using tools like MATLAB/Simulink and validated with experimental data from commercial electrolyzers operating under real scenarios with renewable energy sources like wind and photovoltaic power profiles. Alkaline electrolyzers, known for their maturity, low cost, and large hydrogen generation capacity, rely on potassium hydroxide or sodium hydroxide as electrolytes, with performance influenced by electrolyte concentration and operating temperature. Model-based approaches are being utilized for optimization studies to enhance safety, efficiency, and overall system performance, providing valuable insights for the design of efficient green hydrogen production systems.