scispace - formally typeset
Search or ask a question

What advancements in technology are likely to shape the future of networks? 


Best insight from top research papers

Advancements in technology that are likely to shape the future of networks include post-IP networking, Software Defined Networking (SDN), device-to-device (D2D) communication, cloud computing, fog computing, and advancements in line protection for power systems . Post-IP networking is driven by the need to rethink current protocols and architecture due to evolving services and societal requirements. SDN introduces network programmability for flexible management, while D2D communication offers solutions for social and content sharing applications. Cloud and fog computing maximize network resource utilization. Advancements in line protection technologies enhance grid resiliency, especially in systems with renewable energy sources . These technologies collectively pave the way for more efficient, resilient, and adaptable networks in the future.

Answers from top 5 papers

More filters
Papers (5)Insight
Open access
Kewei Sha, Aaron Striegel, Min Song 
31 Dec 2016
1 Citations
Future networks will be influenced by developments in Internet of Things, collaborative big data analysis, energy-efficient technologies, mobile computing, pervasive computing, and large-scale computing technologies.
Advancements in line protection technologies like advanced differential protection, communication channels, TW fault locating, and digital substations are shaping the future grid networks for improved resiliency.
Advancements in line protection technology, such as advanced differential protection, communication channels, TW fault locating, and digital substations, will shape the future grid networks for improved resiliency.
Advancements such as Software Defined Networking (SDN), Device-to-Device (D2D) communication, Cloud computing, and fog computing are shaping the future of networks.
Advancements in post-IP networking, driven by evolving services, societal needs, and protocol obsolescence, are shaping the future of networks, potentially leading to new Internet architecture.

Related Questions

How does technology advancements influence creativity?5 answersTechnology advancements have significantly impacted creativity in various ways. The rise of social media and digital learning tools has revolutionized communication and education, leading to the emergence of new genres like short-short stories and Text-Speak. Electronic learning media has enhanced education quality and triggered creativity in the academic realm. Moreover, the adoption of digital tools in education has positively influenced creative thinking skills among learners, as seen in experiments focusing on corpus technologies. The co-evolution between humans and digital technologies has brought both positive and negative influences on creativity in the digital age, shaping how society perceives and utilizes creativity. Overall, technology advancements have opened up new avenues for creative expression and collaboration, impacting various aspects of daily life and education.
What are the latest advances in computer networking?4 answersRecent advances in computer networking include the development of applications for parking assistance and live video streaming using smartphones. There is also a focus on energy-efficient communication and networking technologies for future generations. Efforts are being made to adapt networks and distributed systems to challenges posed by the Internet of Things (IoT), network softwarization, mission-critical applications, and artificial intelligence (AI). Additionally, there have been advancements in parallel computing and distributed network systems, with research focusing on efficiency, performance, reliability, security, and interoperability. Furthermore, there have been recent advances in optimal control, optimization, and game theory for networked systems. These developments aim to improve the functionality, efficiency, and performance of computer networks in various domains.
What is the future of wireless technologies?4 answersWireless technologies are constantly evolving and have been driven by the increasing demand from consumers. The Edholm law of bandwidth predicts an exponential increase in data rate, similar to Moore's law for computer power. Advances in massive MIMO, mmW technology, and cognitive radios will alleviate the spectrum shortage. Future wireless networks will support 100 Gbps communication, with reliable coverage indoors and outdoors. Wireless technology will enable smart and energy-efficient homes, automated highways, and in-body networks for medical applications. Breakthroughs in energy efficiency will allow wireless networks to be powered by tiny batteries or energy-harvesting. New communication systems based on biology and chemistry will enable a wide range of applications. However, there are technical challenges that need to be overcome to realize this vision. The future of wireless technology includes the delivery of data over long distances without wires, potential problems and solutions, and the use of wireless networking with specific hardware instead of wires. The race for 6G wireless networks has already begun, and it will require an architectural orchestration based on existing solutions and innovative technologies. 6G will rely on AI, machine learning, new RF spectrum, and advanced techniques to ensure a human-centric network with enhanced quality of experience. Terahertz domains, UM-MIMO, and optical wireless communications will support high-data rates. The concept of Society 5.0 and quantum computing with blockchain orchestration will also be part of the 6G ecosystem.
How will the future of work be shaped by the rise of technology?4 answersThe future of work will be shaped by the rise of technology in several ways. Firstly, advancements in technology will lead to the replacement of a large proportion of current jobs, requiring workers to retrain for creative and social roles better suited to human beings. Secondly, technology will create a diverse world of work with significant differences in working conditions, focusing on creative, interactive, and complex activities that require essential skills. Thirdly, technology will play an increasingly important role in the control and management of workers, impacting various work contexts and raising questions about identity control, social and cultural context, and professional autonomy. Lastly, the choice of technology and how it is integrated into work processes will determine the impact on the tasks, skills, and quality of work, with the potential to either reduce autonomy or increase work variety and learning opportunities.
What will be the future technology?4 answersThe future of technology will bring significant changes and improvements in various areas such as computing, networking, the Internet, virtualization, the IoT, and big data analytics. These advancements will revolutionize our lives and shape the way we interact with devices. We can expect a merging of humans with artificially intelligent machines, where technology will be integrated into our bodies, including computing devices implanted within the brain. Power devices using silicon carbide and gallium nitride technology will play a crucial role in the development of power converters and systems, enabling precise control of electrical energy with high efficiency and reliability. Additionally, transportation will undergo significant transformations, with designers and engineers developing prototypes and conceptual designs for public transport, road, air, water travel, and personal mobility. The future of technology holds immense potential for innovation and progress in various fields.
What are the key technologies that are driving the future of business communication?3 answersThe key technologies that are driving the future of business communication include artificial intelligence, machine learning, augmented reality, virtual reality, live video streaming, chatbots, optical fibre technology, data-driven marketing, Internet of Things, predictive analytics, 360-degree video technology, streaming, and the general evolution of the Internet towards Web 5.0. These technologies are being adopted by companies to enhance interaction and provide more immersive experiences for internal and external stakeholders. They are also being used to address the increasing demand for communication traffic and to improve marketing communication strategies. Additionally, the concept of Unified Communications, which integrates various communication networks, is being explored to reduce costs and increase revenue for organizations. Overall, these technologies are reshaping the way businesses communicate and are expected to play a significant role in the future of business communication.

See what other people are reading

How has the rise of technology influenced the concept of mobility paradigm?
5 answers
The rise of technology has significantly influenced the concept of mobility paradigms over time. Technological advancements have led to the emergence of new paradigms such as Cognitive Mobility, Software Defined MANETs, and Social Mobility on Demand, reshaping how mobility is perceived and managed in modern society. Despite the increasing reliance on technology to address environmental challenges and enhance transportation efficiency, there is a prevailing tendency to favor high-tech solutions over more sustainable low-tech alternatives, perpetuating a cycle of technological dependency in the transport sector. Furthermore, the historical evolution of the concept of mobility from a negative connotation to a driving force of history highlights the transformative power of technology in shaping societal perspectives on movement and transportation.
What are the causes of computer illiteracy?
5 answers
The causes of computer illiteracy stem from various factors highlighted in the provided contexts. Rapid technological advancements contribute to information illiteracy by rendering existing skills obsolete. Additionally, the overreliance on digital media for even simple tasks can lead to a loss of basic mental skills, resulting in a form of acquired illiteracy. Psychosocial obstacles such as relevance, fear, and self-concept also significantly undermine motivation for acquiring computer skills, particularly among certain ethnic groups. Moreover, the lack of proper educational resources exacerbates computer illiteracy, emphasizing the importance of implementing comprehensive computer literacy training programs in educational institutions. These factors collectively contribute to the prevalence of computer illiteracy in modern society.
How does Artificial intelligence impact in transportation safety Industry?
5 answers
Artificial intelligence (AI) plays a crucial role in enhancing transportation safety. By deploying AI in Intelligent Transportation Systems (ITS), such as Intelligent Transportation Cyber-Physical Systems (ITCPS), safety services can be improved through predictive analytics and effective dissemination of safety messages. Ensuring the reliability of AI decisions is vital to minimize safety risks, with a focus on reducing false negatives and designing "safety regions" in the feature space. The integration of AI in transportation systems aims to bridge the gap between human and artificial driver behaviors, addressing challenges like real-time behavior prediction and safe interaction among drivers. Additionally, AI-based systems like cognitive agent collision detection and rescue systems leverage IoT and deep learning models to enhance accident response efficiency and save lives.
What are the main challenges faced by higher education libraries in managing collections and services?
5 answers
Higher education libraries face various challenges in managing collections and services. These challenges include collaboration issues, collection development practices, and cross-departmental collaboration. Additionally, resistance to change, privacy concerns, financial constraints, poor infrastructure, and staff training difficulties hinder the implementation of smart services in academic libraries. Moreover, the Covid-19 pandemic has forced libraries to adapt by adopting security protocols, utilizing social media for communication, and promoting services effectively. Furthermore, challenges in utilizing library systems like Koha include a lack of skills among librarians, poor Internet connectivity, limited technical support, and difficulties in database maintenance. Overall, these challenges highlight the complex landscape that higher education libraries navigate in managing collections and services.
How can sustainable obsolescence management principles be effectively implemented in various industries to minimize environmental impact?
4 answers
Sustainable obsolescence management principles can be effectively implemented in various industries to minimize environmental impact by integrating economic, environmental, social, and technological dimensions. This involves utilizing sustainable decision-making frameworks that consider criteria such as stakeholder management, supply chain, marketing, human resources, financial sustainability, strategy, reporting, and alternative organizational structures. Additionally, industries can adopt technology upgrades and strategic sustainable processes to reduce carbon emissions and negative ecological impacts, while innovating manufacturing facilities without compromising sustainability. Designing principles of sustainability management for organizations and their associations, with digitalization and structuring based on management levels and logistics chain links, can further enhance the effectiveness of sustainable obsolescence management practices.
What are the current trends in Road and Transport Networks?
6 answers
Current trends in road and transport networks are increasingly focused on addressing the challenges of urban mobility, environmental sustainability, and the integration of innovative technologies. The adoption of road network pricing is being explored as a strategy for managing travel demand and promoting sustainable urban mobility, with research identifying its potential to reduce congestion and enhance environmental quality in urban centers. Concurrently, the vulnerability of road transportation networks to extreme weather conditions is being assessed to mitigate traffic hindrance and accident risks, indicating a shift towards more resilient infrastructure planning. The development of vehicular communication systems, particularly for motorway vehicles, highlights the trend towards leveraging technology for improved information services and safety on the move. This includes the creation of ad hoc networks for data exchange among vehicles, addressing the challenge of high-speed communication without pre-installed infrastructure. Similarly, the emergence of 5G technology is set to revolutionize vehicular communication, offering new applications aimed at enhancing traffic safety, efficiency, and reducing environmental impacts. The critical role of road networks in socio-economic development is underscored by the need for improved transport and operational conditions. This includes addressing financing challenges through public-private partnerships and concession approaches to ensure the sustainable development of road infrastructure. The role of trade and transport networks in the spread of invasive species also reflects the broader environmental considerations being integrated into transport network planning. Innovative transport modes, such as accelerating moving walkways (AMW) for pedestrian movement in urban centers, are being investigated to complement the limitation of private vehicle use in dense city areas. Efforts to enhance trade and alleviate poverty in Sub-Saharan Africa through the development of an integrated road network further illustrate the global scope of current transport network trends. Technological advancements in optical transport networks, including beyond 100G and flexible grid architectures, are indicative of the ongoing evolution towards more robust, flexible, and cost-effective transport networks. Lastly, the modification and development of road networks to accommodate freight transport efficiently, as seen in the city of Hilla, Iraq, demonstrate practical applications of current trends in addressing urban transport challenges.
How to define Heritage Precinct?
5 answers
A Heritage Precinct can be defined as a designated area with significant historical, cultural, and architectural value that requires preservation and conservation efforts. These precincts often contain heritage buildings, landmarks, and public spaces that contribute to the identity and heritage of a city or region. The spatial characteristics of a heritage precinct, including its street layout, visibility relationships, and the interaction between buildings and streets, play a crucial role in defining its unique heritage value. Preservation challenges faced by heritage precincts include threats from new developmental pressures, lack of comprehensive conservation approaches, and issues like functional and image obsolescence. Strategies for harmonious development in heritage precincts involve planning measures to protect and enhance the historical significance of the area while accommodating contemporary needs.
Is there a case study example of adaptive reuse improving decaying environments ? ?
5 answers
The case study of the FIX Brewery adaptive reuse project in Athens, Greece, exemplifies how adaptive reuse can enhance decaying environments by revitalizing abandoned structures and promoting sustainable urban development. Additionally, the exploration of the Qiáoyǒu喬 友 大廈 building in Taichung, Taiwan, through artistic proposals and photographic experiments, sheds light on the aesthetic and perceptual qualities that can bring new life to decayed buildings, impacting urban regeneration positively. Furthermore, the study on historical khans in Kastamonu emphasizes the importance of preserving the original identities of historical buildings through adaptive reuse, showcasing how this method can revive structures, ensure sustainability, and contribute to the preservation of urban heritage. These examples collectively demonstrate how adaptive reuse practices can play a crucial role in improving decaying environments and fostering sustainable development.
What is the definition and origin of the term "study"?
5 answers
The term "study" encompasses various meanings across different contexts. It is defined as a process of systematic problem-solving through scientific methods. In the educational realm, "study" is distinguished from "learning" as a relation of attention and care towards a subject, emphasizing the materiality of language and the disclosure of the world. In scientific endeavors, "studies" involve testing hypotheses through data collection. Additionally, in the context of collaborative educational research, "study" focuses on improving student learning effectiveness and teacher competence through knowledge construction and authentic learning environments. Overall, the term "study" originates from a blend of scientific inquiry, educational exploration, and collaborative knowledge-building processes.
What are the key competencies required for a successful concierge in a luxury hotel?
5 answers
Key competencies required for a successful concierge in a luxury hotel include a blend of traditional hospitality skills and adaptability to new technologies. Competencies identified in scholarly research encompass managing important service encounters, utilizing personal recommendations and networks, and providing unique knowledge not easily found online. The concierge's role involves creating and delivering experiential service encounters, requiring core values, working philosophy, and a customer-centric approach. While technology is integrated into the concierge's toolkit, personal recommendations and human connections remain paramount, distinguishing the concierge as a valuable resource in the hospitality industry. Continuous self-education, training to keep up with technological advancements, and ethical conduct are also crucial for concierge success in luxury hotels.
Why Gray Hole and Sybil attacks are so important to counteract?
5 answers
Gray Hole and Sybil attacks are crucial to counteract due to their significant impact on network security. Gray Hole attacks, along with other threats like Sybil attacks, pose serious risks to Mobile Adhoc Networks (MANETs) and Vehicular Ad-hoc Networks (VANETs). Gray Hole attacks involve malicious nodes selectively dropping packets, leading to network performance degradation and potential disruptions. On the other hand, Sybil attacks, especially in the context of botnets like Storm, can be highly sophisticated and devastating, requiring effective mitigation strategies. Understanding and implementing countermeasures against these attacks are essential to safeguard network integrity, prevent data breaches, and ensure the smooth operation of critical systems.