Using Computers in History: A Practical Guide to Data Presentation, Analysis and the Internet


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The recent development of mobile and pervasive computing systems opened up new possibilities for AfC. In particular, the context-aware systems paradigm in Ambient Intelligence applications plays an important role. The availability of highly-volatile heterogeneous computer resources capable of running software agents requires an appropriate design and implementation of algorithms.


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This will allow to make a proper use of the available resources while circumventing the potential problems that may produce such non-reliable systems. Among the desired features for the algorithms under consideration -that will potentially be run on non-dedicated local computers, remote devices, cloud systems, ubiquitous systems, etc. Algorithms consciously running on this kind of environment require specific properties in terms of flexibility, plasticity and robustness. Bioinspired algorithms are particularly well suited to this endeavour, thanks to some of the features they inherit from their biological sources of inspiration, namely decentralized functioning, intrinsic parallelism, resilience, and adaptiveness.

Big Data and Internet of Things IoT have produced profound impacts to our everyday life and are hands in hands to offer better quality of services, better fusion of technologies, instant communications and express deliveries of services. The fusion between Big Data and IoT can produce positive impacts in the next-generation of our development in smart cities, national planning and forecasting of our future activities and investments.

Big Data and IoT fusion can be pervasive to our daily life in healthcare, finance, security, transportation and education. To enable next generation of different services, we need to understand and realize the significance of fusion between hardware and software, and between security and reality. By doing so, we can get very light and portable devices that can contain petabytes of data, which need layers of security functions and services to make them protected.

We can also use one device that can be a mobile phone, instant messenger, video conferencing center, GPS, database, investment analytics, weather forecaster, camera and data processing center. We can also provide real time security services that can destroy a vast variety of Trojans and viruses, block all security breaches, restore things back to normal and keep the owners alert and safe in real time.

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Big Data and IoT fusion can help high-tech sectors such as weather forecasting, space technology and biotechnology to enable thousands of simulations to be completed in seconds. All these high tech features have become reality and not just in movies enabled by the impacts of Big Data and IoT fusion. In this call, we seek high quality papers that can demonstrate proofs-of-concept, services, solutions for research challenges, case studies, analytics, real world examples and successful deliveries of Big Data and IoT fusion.

Radio Frequency Identification RFID is a technology for automatic identification of remote people and objects without line of sight. The deployment and use of RFID technology is growing rapidly across many different industries.


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It cannot only be used in traditional applications e. At the same time, the Internet of Things IoT , which will represent the backbone of modern society and the next-generation Internet, have showed a strong potential to meet the information-processing demands of smart environments. For example, with the rapid deployment of RFID and a nature of wireless network, a number of concerns regarding security and privacy have been raised, e. On the other hand, certain IoT applications will be tightly linked to sensitive infrastructures and strategic services, like the distribution of water and electricity.

As a result, there is a great need to design and implement privacy and security technologies for RFID and IoTs in different domains. This special issue will focus on RFID and IoTs, and attempts to solicit original research papers that discuss the security and privacy issues and opportunities. The concept of Internet of Things IoT gives the idea of interconnection of objects embedded with sensors technology operating under diverse working environments.

It will enable the humans to access, control and manage the operations and data of the objects working under different information systems of their surroundings by using the ongoing communication technologies. IoT will serve the communities across the different domains of life covering industrial, health, home and day to day operations in information systems.

In information system the embedded devices and objects working under IoT implementation are resource constrained. Due to the huge number of heterogeneous network elements interacting and working under IoT based information systems, there is an enormous need of resource management for the smooth running of IoT operations. During the implementation of IoT, it is important to meet the challenges raised during management and sharing of resources in information systems.

Managing of resources by implementing protocols, algorithms or techniques is required to enhance the scalability, reliability and stability in the operations of IoT across different domain of technologies.

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This special issue is an effort to opens the new areas of interest for the researchers in the domain of resource management during the operations of IoT based information systems. In recent years, many interest groups have focused on promoting various novel and emerging network paradigms for Smart City planning using IoT-enabled embedded devices and the application of Big Data. The existing Internet architecture was designed with the utmost goal of enabling end-to-end host centric communication that has drawn the attention of both academic and industrial experts to develop new network models for exchanging data between various type of technologies such Bluetooth, ZigBee, etc.

The IoT is progressively using by various firms and industries for the planning and development of future Smart City. However, without utilizing the previous context of the cities, it is quite difficult to design and plan a future Smart City. Therefore, the data generated by various IoT-enabled devices can be efficiently processed through various techniques and tools such as Hadoop ecosystem, etc. However, the existing techniques based on Map-Reduce paradigm, etc. Social Networks and Big Data have pervaded all aspects of our daily lives.

With their unparalleled popularity, social networks have evolved from the platforms for social communication and news dissemination, to indispensable tools for professional networking, social recommendations, marketing, and online content distribution. Social Networks, together with other activities, produce Big Data that is beyond the ability of commonly used computer software and hardware tools to capture, manage, and process within a tolerable elapsed time.

Due to their scale, complexity and heterogeneity, a number of technical and social challenges in Social Networks and Big Data must be addressed. It has been widely recognised that security and privacy are the critical issues. On one hand, Social Networks and Big Data have been an effective platform for the attackers to launch attacks and distribute malicious information. On the other hand, privacy leakage through Social Networks and Big Data has become common exercise.

This special issue aims to bring together researchers to publish state-of-art research findings in security and privacy preserving technologies for social networks and big data, focusing on both theoretical and applied techniques. Cognitive computing provides a promising solution to the industry that encompasses Artificial Intelligence, machine learning, reasoning, natural language processing, speech and vision, and human-computer interaction it will be help to improve human decision-making.

The new era and fusion of cognitive neural network paradigms with reference to Online Social Networks OSN has three main components: a adapts and learns from user preferences and responses, b builds and evaluates evidence based hypothesis, and c Understands natural language and human interactions.

This special issue is integrating cognitive neural computing paradigms, advanced data analytics and optimization opportunities to bring more compute to the user preferences in OSN. As we know, the exploration of social media, categorizing the user behaviour and representing logical decisions is contrasting to other quantitative analysis methodologies. Similarly, with social media outreach, the prevailing user behaviour or engagement has become crucial for the impact analysis of OSN. Further, it is importance to make a note that cognitive neural computing and its intelligence techniques has not been adequately investigated from the perspective of OSN user behaviour and its related research issues.

Enabling autonomous interaction between social networks and Internet of Things is another emerging interdisciplinary area and is leveraging modern promising paradigm of Social Internet of Things SIoT.


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  5. It provides a platform for worldwide interconnected objects to establish social relationship by sacrificing their individuality to common interest and better service to users. This relationship among objects can be of co-location, co-work, parental, social or co-ownership.

    Due to this all-in-one embedded nature of SIoT, its architectural design, implementation, and operational manageability and maintenance are raising numerous prevalent concerns that are the challenges for researchers, academicians, engineers, standardization bodies and other market players. Integrating diverse sensors through communication technologies generate big data which is collected, processed, and analyzed, revealing knowledge and information to realize the goals of smart cities.

    Multimedia sensors serve as the eyes and ears of smart city administrators, enabling them to monitor activities and assets. The big multimedia data generated by these sensors contain a wealth of information, needed to be processed and analyzed for knowledge extraction. However, the huge volume of this data and its inherent complexity hinders ability of traditional computing infrastructures and algorithms to effectively process and extract actionable intelligence from it. There is a growing demand for efficient yet powerful algorithms to consume internet of multimedia things IoMT -generated big data and extract needed information from it to run the affairs of smart cities.

    Deep learning based methods for multimedia data processing and understanding has shown great promise in the recent years. It also invites novel deep learning based solutions for real-time data processing, learning from multi-modal big data, distributed learning paradigms with embedded processing, and efficient inference. In last decades, smart cities have become a hope for many of decision makers and people as well to overcome the cumulated urban problems.

    Smart cities are developed environments where any citizen can use any service anywhere and anytime.

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    Internet of Things IoT has become a generator of smart cities aiming at overcoming the problems inherent in urban developments. The wide facilities offered by IoT and other sensing facilities, have led to a huge amount of data generated from versatile domains in smart cities. In turn, big data analytics have emerged as a need to process all data collected from all the sources in the city. Reliable and secured point-to-point and multicast messaging services are supported in a GCS used in mobile and cloud networks. In such networks, the processes will dynamically join and leave a group during communication.

    Group membership is dynamic, as group membership changes over time, and frequent notification messages are exchanged among group members consistently. The cyber-physical system CPS has been coming into our view and will be applied in our daily life and business process management. The emerging CPS must be robust and responsive for its implementation in coordinated, distributed, and connected ways. With the rapid development of computing and sensing technologies, such as ubiquitous wireless sensor networks, the amount of data from dissimilar sensors and social media has increased tremendously.

    Conventional data fusion algorithms such as registration, association, and fusion are not effective for massive datasets. New research opportunities and challenges for content analysis on CPS networks have arisen. Making sense of these volumes of Big Data requires cutting-edge tools that can analyze and extract useful knowledge from vast and diverse data streams. How to integrate and analyze the data?

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    How to retrieve knowledge from Big Data? How to share knowledge among smart things? How to ensure security and protect privacy? These are some of the questions in the long list of challenges that are needed to be addressed in future CPS.

    follow Current research in Intelligent Sensing addresses the following issues: Intelligent Sensing as a novel methodology for user-centered research; development of new services and applications based on human sensing, computation, and problem solving; engineering of improved Intelligent Sensing platforms including quality control mechanisms; incentive design of work; usage of Participatory Sensing for professional business; and theoretical frameworks for evaluation.

    This is opening a vast space of opportunities to extend the current networks, communications, and computer applications to more pervasive and mobile applications. Cloud computing has emerged as an important computing paradigm, enabling ubiquitous convenient on-demand access through Internet to shared pool of configurable computing resources. In this paradigm, software applications, databases, or other data , infrastructure and computing platforms are widely used as services for data storage, management and processing.

    They provide a number of benefits, including reduced IT costs, flexibility, as well as space and time complexity. To benefit, however, from numerous promises cloud computing offers, many issues have to be resolved, including architectural solutions, performance optimization, resource virtualization, providing reliability and security, ensuring privacy, etc.

    CPS-DS drives the vision of a smart interconnected cyber-physical-social world where the physical world is monitored in real time, and the services in the cyber world uses the data to directly influence decision making in the physical world. A cryptocurrency is a digital currency that makes use of cryptography to regulate the creation and transactions of the exchange unit.

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    Cryptocurrencies have become an important research topic recently, thanks partly to the excitement brought by bitcoin. At present, it is estimated that the transaction volume in cryptocurrencies exceeds million USD per day. At the core of this new advancement is a distributed consensus protocol known as blockchain, a public ledger that acts as the underlying infrastructure to record electronic transactions.

    Sustainability is a paradigm for thinking about the future in which environmental, societal and economic considerations are equitable in the pursuit of an improved lifestyle. Most of the economies are developing with breakneck velocities and are becoming epicenters of unsustainable global growth.

    Using Computers in History: A Practical Guide to Data Presentation, Analysis and the Internet Using Computers in History: A Practical Guide to Data Presentation, Analysis and the Internet
    Using Computers in History: A Practical Guide to Data Presentation, Analysis and the Internet Using Computers in History: A Practical Guide to Data Presentation, Analysis and the Internet
    Using Computers in History: A Practical Guide to Data Presentation, Analysis and the Internet Using Computers in History: A Practical Guide to Data Presentation, Analysis and the Internet
    Using Computers in History: A Practical Guide to Data Presentation, Analysis and the Internet Using Computers in History: A Practical Guide to Data Presentation, Analysis and the Internet
    Using Computers in History: A Practical Guide to Data Presentation, Analysis and the Internet Using Computers in History: A Practical Guide to Data Presentation, Analysis and the Internet
    Using Computers in History: A Practical Guide to Data Presentation, Analysis and the Internet Using Computers in History: A Practical Guide to Data Presentation, Analysis and the Internet
    Using Computers in History: A Practical Guide to Data Presentation, Analysis and the Internet Using Computers in History: A Practical Guide to Data Presentation, Analysis and the Internet
    Using Computers in History: A Practical Guide to Data Presentation, Analysis and the Internet Using Computers in History: A Practical Guide to Data Presentation, Analysis and the Internet

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