Page 165 - Trust in ICT 2017
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Trust in ICT                                                2


            Before making a clear consensus of the future information infrastructure, discussion among people may be
            used to make conceptual distinctions and organize ideas. The conceptual framework identifies their priority
            and chooses initial action items. The conceptual framework is abstract representations, connected to the
            research that directs the collection and analysis of data. By collecting data and assessing the evidence, formal
            hypotheses take place with possible explanations. Finally, the conceptual model of the ICT infrastructure for
            the knowledge society is characterized without regard to their underlying assumptions and technologies. The
            abstract  model  may  partition  a  set  of  functions  or  layers  with  certain  classifications  of  the  knowledge
            information infrastructure. An open, voluntary, and consensus-based standardization process will be critical
            to build the ICT infrastructure toward a future knowledge society.
            When the ICT infrastructure may extend to other convergence industries, it may provide computing, storage,
            and networking resources for energy, transport, health, education, and environments, etc. Since people
            relating to other industries have their own data formats to share and distribute their idea, the data sharing
            platform  is  very  important  to  access  data  with  confidence.  For  the  future  ICT  industry,  the  collective
            intelligence framework is essential to accumulate data from various sensors, networking systems, and cloud
            servers, etc. The location and presence information of the IoT systems are used to extract the context-aware
            information from raw data. However, there are some limitations in these types of data. All the data sources
            have  their  own  output  format  by  given  types.  In  the  current  Internet  and  web,  for  example,  only
            URL/URI/uniform source name (URN) are available to identify data types for certain Internet protocol (IP)
            domains of the Internet. There are only available for the telephone numbering and addressing structure for
            fixed and mobile telephony. Toward future convergence services, the data types including identification,
            numbering,  and  addressing  should  be  extended  to  support  IoT/M2M  devices  and  equipment  of  other
            convergence industries.

            Moreover, data sources are mainly classified into private data and public data. For private data, malicious
            threats may attack to obtain user sensitive information for identification, detection, and tracking, etc. The
            malicious activity may be based on IP addresses, numbering, and URLs. Some data may be discovered through
            an incident monitoring process which is shared with private communities. Therefore, the trust framework
            for  the  future  knowledge  society  should  be  built  to  observe  data  from  any  source  and  protect  against
            malicious activities.

            Technically,  in  order  to  get  a  common  understanding  of  the  future  knowledge  society,  the  following
            outstanding issues for standardization can be investigated as follows:
            –       How to connect the forms of knowledge in relationship to data:

                    •   Writing books and documents is not enough. The recursive mechanism to accumulate individual
                        knowledge  and  opinions  including  tacit  knowledge  are  needed  to  create  new  forms  of
                        knowledge.
            –       Metadata is like a glue to connecting data, information, and knowledge:
                    •   Various types of metadata may be defined when data is created, delivered, processed, shared,
                        and consumed by users and communities. It may be called source metadata, content metadata,
                        service metadata, user metadata, and application-specific context metadata, etc.
                    •   Metadata may be parsed to extract the useful meanings of data, a capability which is part of
                        the intelligent processing of data.
                    •   Metadata may be created after pre-processing or post-processing of data with related context-
                        aware information such as condition, situation, and environment.

                    •   The discrimination between information and knowledge from raw data is the understanding
                        and interpretation of their contents, which may be described as metadata.

            –       New forms of development, acquisition, and spread of knowledge:
                    •   The  new  tools  to  create,  collect,  accumulate,  share  and  distribute  data,  information,  and
                        knowledge are needed to invent new forms of knowledge. This may evolve from social media
                        with the progress of user interface and human perception technologies.





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