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– Active.Users of personal health devices (PHD) have implicit expectations on convenience, connectivity, accessibility of their data, and security. They expect to connect PHDs to their mobile devices, view their data in the cloud, and easily share with their clinicians or care providers. In some cases, the users themselves are taking action to build connections between PHDs, mobile devices, and the cloud to create the desired system. While many manufacturers are working on solving PHD connectivity with proprietary solutions, there is a lack of a standardized approach to providing secure Plug & Play interoperability.

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Published:
04/30/2019
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9781504457736
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IEEE White Paper

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– Active.The IEEE Standards Association (IEEE SA) pre-standards workstream for Clinical Internet of Things (IoT) data validation and interoperability with blockchain was initiated to determine if a viable standards framework could be established to enable the validation of data generated from a clinical-grade IoT device and shared through the interoperability of blockchain technology. Participants in the workstream were gathered from an IEEE SA workshop held at Johns Hopkins University in Rockville, Maryland in April 2018, and grew to include their network of healthcare and Health-IT ecosystem players, as well as participants in prior IEEE SA efforts in related areas. The workstream commenced in August 2018 and completed in February 2019. Participants in this pre-standards workstream who are the authors of this paper are listed in Appendix A.The pre-standards workstream led to the recommendation of the development of an IEEE SA Standards effort on Clinical IoT data and device interoperability with TIPPSS-Trust, Identity, Privacy, Protection, Safety and Security-in connected healthcare to improve data sharing and healthcare outcomes. The pre-standards workstream team decided that blockchain is not necessary for clinical IoT data and device interoperability and validation, nor does it necessarily meet the robust TIPPSS needs in connected healthcare. The workstream recommendation includes a draft TIPPSS Architectural Framework for Clinical IoT data validation & interoperability, which could include digital ledger technology but does not need to do so. The resulting IEEE Standards Association P2733 working group to develop a standard for Clinical IoT Data and Device Interoperability with TIPPSS kick off meeting is scheduled for July 17, 2019, sponsored by the IEEE SA Engineering in Medicine and Biology Society (EMBS).

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06/28/2019
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9781504459723
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29
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IEEE White Paper

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Published:
10/31/2019
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9781504461719
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51
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– Active.This paper calls for a radical shift in mindset for a holistic people-centered approach to digital resilience, otherwise future crises could further intensify poverty, hunger, and inequalities, and could reach levels beyond our capacity to recover. This broadening of perspective requires engagement with the digital ecosystem, i.e., the stakeholders, systems, and enabling environments that together empower people and communities to use digital technology to pursue economic and social opportunities, while taking steps to reduce risks.

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Published:
12/01/2021
ISBN(s):
9781504481915
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26
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– Active.This white paper, developed in the framework of the IEEE P2851 standardization project, describes a landscape of activities to be performed to address the dependability of intelligent machines during their development and usage in the field.In this context, the landscape is intended as the definition of the entirety of the activities that are executed within the autonomous machine dependability lifecycle. Dependability here is intended as the property of an autonomous machine to perform reliably, safely, securely, in a time?deterministic manner, etc.It should be noted that despite autonomous machines introducing specific dependability challenges, the scope of this document is not limited to full autonomy; rather, it covers the whole spectrum of degrees of automation, from no automation to full automation.Also worth noting is that nowadays dependable machines are extremely connected. Using automotive as an example, Connected Automated Vehicles (CAV) involves interactions with other vehicles and infrastructure (V2X) and also link with the cloud for functions such as fleet management, teleoperation, maps, Over the Air (OTA) updates, etc. Therefore, the proposed lifecycle is considered end to end, covering the dependability aspects of connectivity as well.The landscape includes the definition of needs for each activity, in terms of methodologies, description languages, data models, and databases that have been identified as necessary or critical to perform those activities.The goal of this work is to provide structures and directions to allow a seamless exchange of information and interoperability between activities at the same or different level of abstraction.

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06/30/2021
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9781504477918
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34
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Published:
09/20/2019
ISBN(s):
9781504461177
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26
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IEEE White Paper

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New IEEE Standard – Active.The 3DBP ICa??s Quality subgroup focuses on developing preliminary methods, tools, benchmarks, resources, and testing procedures to define and quantify the quality of 3D models as well as the quality of the critical metadata, such as body landmarks and measurements. To further this goal, the 3DBP IC Group completed a comparative analysis of anthropometric methods focused on body measurements and captured 3D body shapes.The aim of this study is twofold: first, to propose a methodology to assess the compatibility and repeatability of different body measurement extraction methods (e.g., body scanners, smartphone apps, and traditional anthropometry) using consistent criteria, and second, to conduct data collection and the corresponding analyses for the first instance of the application of the proposed methodology.

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05/13/2022
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9781504486828
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52
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IEEE White Paper

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07/30/2019
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9781504460460
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18
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IEEE White Paper

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– Active.Five unified definitions for the 3D Body Processing ecosystem were created to harmonize resource exchange to enable or improve interoperability, communication, and security, thereby facilitating reformations across sectors and industries. Definitions regarding long-standing communication challenges in both the value chain for consumers and the supply chain for manufacturers and service providers in the ecosystem are addressed.

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Published:
08/09/2022
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9781504488976
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0
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IEEE White Paper

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This document presents a review of relevant literature (e.g., standards, regulations, and scientific publications) that investigated kinematic behavior of road users. This review is intended to serve as a key contribution to the Automated Driving Systems (ADS) research and industry communities, as well as to current standardization efforts, such as IEEE Std 2846, IEEE Standard for Assumptions in Safety-Related Models for Automated Driving Systems.

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Published:
04/28/2022
ISBN(s):
9781504486422
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35
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IEEE White Paper

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– Active.Real-Time Operations Facilitations or ROOF is a class of computational framework for Edge Computing with Internet of Things (IoT). The ROOF framework provides support for building scalable, secure, and robust Internet of Things applications with limited tools in resource constrained situations. The ROOF helps in developing federated architecture for large scale IoT operations. At the same time, it can provide micro-models for rapid prototyping and quick decision making. It also provides autonomic architectural support for spatio-temporal events handling. The ROOF framework has been designed to provide innovation, reuse, better user experience, security by design, for harmonizing horizontal as well as vertical integration for the Internet of Things ecosystem.

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Published:
04/15/2022
ISBN(s):
9781504486057
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48
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IEEE White Paper

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– Active.Data privacy and information security pose significant challenges to the big data and artificial intelligence (AI) community as these communities are increasingly under pressure to adhere to regulatory requirements, such as the European Uniona??s General Data Protection Regulation. Many routine operations in big data applications, such as merging user data from various sources in order to build a machine learning model, are considered to be illegal under current regulatory frameworks. The purpose of federated machine learning is to provide a feasible solution that enables machine learning applications to utilize the data in a distributed manner that does not exchange raw data directly and does not allow any party to infer private information of other parties. This white paper intends to present an overview of the Federated Machine Learning (FML) technology that can be used as a basis for standards, certifications, laws, policies, and/or product ratings.This white paper targets an educated audience, including lawmakers, corporate and governmental policy makers, manufacturers, engineers, and standard setting bodies. However, this white paper is also easily understood by non?technical managers and policy makers as it provides system developers and manufacturers with an overview of Federated Machine Learning techniques. Finally, one must give credit to the IEEE Federated Machine Learning (P3652.1) working group participants for their tremendous dedication, expertise and thoughtful collaborations, without which the publication of IEEE Std 3652.1?2020 [1] would not have been possible .

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Published:
06/15/2021
ISBN(s):
9781504477406
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18
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IEEE White Paper

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– Active.In the context of this white paper, the utility is considered an entity (or entities) that manages the distribution of electricity on the transmission grid and the distribution grid. The power distribution network involves substations, and various protective and control devices that communicate over communications networks.

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Published:
10/16/2019
ISBN(s):
9781504461801
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19
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IEEE White Paper

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Published:
04/17/2020
ISBN(s):
9781504462297
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48
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IEEE White Paper

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– Active.This paper provides a brief overview of some important functional anatomy terms and concepts from a medical perspective. The scope of this paper is not to serve as a comprehensive review of all the factors that are important in footwear design but to introduce functional anatomical and biomechanical terms and concepts along with a brief discussion of the most common foot conditions and their relevance to the health implications of footwear. This paper is considered a companion paper to IEEE SA 3D Body Processing Industry Connections Comprehensive Review of Foot Measurements Terminology in Use paper.Footwear has been customized to address pain and pathology since shoes were first worn. Medical professionals(and some bespoke footwear manufacturers) currently provide this service for those with foot pathology but theemerging technologies will enable more access to custom footwear on a dramatically larger scale. Many earlyadopters of mass customized footwear will likely have foot conditions that have not been satisfactorily addressed with off?the?shelf shoes. Footwear manufacturers and retailers cannot be expected to diagnose and treat medical conditions but nevertheless, those providing custom footwear will need a basic understanding of some anatomical and biomechanical concepts.To follow are sections on terminology, functional anatomy, biomechanics, and common conditions of the feet. The terms and concepts discussed in this paper can be found in most medical textbooks on anatomy and the musculoskeletal system. The references used for this overview are listed at the end of the paper and numbered as [1], [2], [3], [4], [5].

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Published:
01/27/2021
ISBN(s):
9781504473088
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22
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IEEE White Paper

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– Active.The future has already arrived in the form of our children. These children are raising their voices all around the world, demanding policy makers and technologists take the necessary steps to secure their futures. This includes utilizing emerging technologies in a way that prioritizes people and planet over power and profits.At a physical level, human well being is critically dependent on environmental sustainability. Beyond questions of happiness or mood, basic human flourishing means having access to potable water and clean air. Our symbiotic relationship with nature, however, has been severely damaged due to actions that have resulted in a climate crisis that, if not immediately addressed, will lead to irreversible ecological and human devastation. A combination of a courageous socioeconomic transformation and accelerated technological innovation is necessary to mitigate this threat.For more information on this and other similar topics, visit https://ethicsinaction.ieee.org/

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Published:
11/30/2020
ISBN(s):
9781504475549
Number of Pages:
17
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IEEE White Paper

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– Active.This white paper is intended to provide information on the benefits and applications of IEEE 802(R) wireless standards operating in sub-1 GHz bands.

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Published:
11/30/2018
ISBN(s):
9781504453189
Number of Pages:
21
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1 file , 5 MB
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STDVA23415
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IEEE White Paper

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Published:
10/18/2019
ISBN(s):
9781504461795
Number of Pages:
38
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IEEE White Paper

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– Active.The intent is to develop a holistic Digital Resilience Framework. To that end, foundational principles have been developed that will be reflected in the framework, which will guide individuals, organizations, and communities in assessing and crafting a strategy to address the immediate threats of COVID-19 and build long-term resilience in a holistic and integrated manner across society, the economy, and the environment. The framework comprises 25 elements across four interrelated pillars: (1) foundational; (2) human; (3) environmental; and (4) cross-cutting themes. They are essential for strengthening communities and countries against future shocks and crises, and enabling citizens to fully reap the benefits of digital technologies and improve their lives.

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Published:
12/01/2021
ISBN(s):
9781504481922
Number of Pages:
30
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1 file , 460 KB
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IEEE White Paper

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– Active.Digital foot measurements are typically obtained from foot scanners or digital measuring software providers and they are consumed (or used) by footwear brands, orthotic workshops, size recommendation platforms, or even directly by footwear and orthotics users. IEEE SA Industry Connections (IC) 3D Body Processing (3DBP) Footwear Subgroup recommends that each digital foot measurement provider make measurement definitions publicly available for foot measurement data consumers. Foot scanning companies are providing measuring software that follow different definitions. This is particularly problematic in the case of key references, such as the foot axis. Many measurements are dependent upon the definition of the foot axis, giving rise to different values assigned to the same designation. This compilation will facilitate the comparison across definitions for measurement data consumers and help them make informed decisions.

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Published:
01/27/2021
ISBN(s):
9781504473095
Number of Pages:
63
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1 file , 6.1 MB
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IEEE White Paper

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Published:
02/24/2020
ISBN(s):
9781504464963
Number of Pages:
100
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1 file , 3.5 MB
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IEEE White Paper

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– Active.The scope of this report is the exploration of ethics-related issues to support the development, design, and deployment of XR applications in Education and the aim is to initiate expert-driven, multidiscipline analysis of the evolving XR Ethics requirements, with a vision to propose solutions, technologies, and standards in future updates. The set of recommendations within this report will hopefully contribute to industry conceptualization of socio-technological issues, highlight concreted recommendations, and lay the groundwork for future technical-standardization activities.

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Published:
12/15/2021
ISBN(s):
9781504482622
Number of Pages:
27
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1 file , 600 KB
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STDVA25107
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IEEE White Paper

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– Active.This paper seeks to explore where current landmarking definitions have difficulty bridging traditional and technological practice. The paper summarizes current definitions in a standard format to encourage discussion toward practice suited for both manual and virtual environments. The goal is toward definitions that enable a specific placement whether that references a point, curve, position.

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Published:
01/17/2022
ISBN(s):
9781504482264
Number of Pages:
48
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1 file , 4.5 MB
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IEEE White Paper

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03/04/2022
ISBN(s):
9781504484886
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25
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– Active.This paper presents the cloud security technologies, with emphasis on secure remote access.

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Published:
02/14/2022
ISBN(s):
9781504483599
Number of Pages:
30
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1 file , 2.6 MB
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IEEE White Paper

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– Active.The scope of this report is the exploration of ethics-related issues in terms of virtual clones and the right to your identity; the aim is to initiate expert-driven, multidiscipline analysis of the evolving XR Ethics requirements, with a vision to propose solutions, technologies, and standards in future updates. The set of recommendations within this report will hopefully contribute to industry conceptualization of socio-technological issues, highlight concreted recommendations, and lay the groundwork for future technical-standardization activities.

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Published:
12/15/2021
ISBN(s):
9781504482028
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17
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IEEE White Paper

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– Active.A new series of international odor monitoring and analysis standards are being developed by the IEEE Sensors Council and the IEEE Industrial Electronics Society, in collaboration with the International Society for Olfaction and Chemical Sensing. The standards are designed for those developing and using odor analysis devices, electronic noses, and Volatile Organic Compounds (VOCs) analyzers. It is structured as a series of standards that target different, common, odor emission applications, such as outdoor air pollution and chemical processes. The hope is that by targeting specific applications more traction can be gained than during previous attempts at standards. This white paper gives a brief introduction to the series and solicits participation by individual scientists and engineers who see the importance of this work, by companies producing monitoring equipment, and by entities that set regulations that govern this field.

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Published:
12/17/2021
ISBN(s):
9781504482202
Number of Pages:
14
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1 file , 410 KB
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STDVA25122
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IEEE White Paper

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– Active.Extended Reality (XR) for medical use cases is proving to be beneficial to both patients and healthcare professionals as well as all other stakeholders throughout the healthcare industry. Healthcare is one of the largest industries to adopt XR technology. Some of the XR use-cases include helping surgeons better perform surgeries, immersing patients and healthcare professionals in medical information and education, and training all within XR environments. This report highlights the need for an ethical framework that is evolved from best practices throughout medical and technological fields to help ensure safe and equitable usage of the technology.

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Published:
02/14/2022
ISBN(s):
9781504484107
Number of Pages:
31
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1 file , 500 KB
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– Active.Existing standards for selected technologies are surveyed to see where gaps may be within Cybersecurity Standards.

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Published:
02/22/2022
ISBN(s):
9781504484374
Number of Pages:
18
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STDVA25242
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IEEE White Paper

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– Active.This report is the result of work within the IEEE Global Initiative on Ethics of Extended Reality (XR), a multidiscipline group of industry practitioners, ethicists, academics, researchers, educators, and technology enthusiasts. It has been written to focus on a wide range of ethical issues related to XR and the ownership of second lives. This report builds on work outlined in the a??Extended Realitya?? a chapter of the IEEEa??s seminal ethics-focused publication Ethically Aligned Design. XR is a term used to broadly refer to a suite of immersive technologies including virtual reality, augmented reality, and spatial computing. The scope of this report is the exploration of ethics-related issues in terms of virtual clones and the right to your identity; the aim is to initiate expert-driven, multidiscipline analysis of the evolving XR Ethics requirements, with a vision to propose solutions, technologies, and standards in future updates. The set of recommendations within this report will hopefully contribute to industry conceptualization of socio-technological issues, highlight concreted recommendations, and lay the groundwork for future technical-standardization activities.

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Published:
11/19/2021
ISBN(s):
9781504481908
Number of Pages:
19
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1 file , 410 KB
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STDVA25064

IEEE White Paper

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– Active.This report is the result of work within the IEEE Global Initiative on Ethics of Extended Reality (XR), a multidiscipline group of industry practitioners, ethicists, academics, researchers, educators, and technology enthusiasts. It has been written to focus on a wide range of ethical issues related to XR and the erosion of anonymity and privacy. This report builds on work outlined in the a??Extended Realitya?? chapter of the IEEEa??s seminal ethics-focused publication, Ethically Aligned Design. XR is a term used to broadly refer to a suite of immersive technologies including virtual reality, augmented reality, and spatial computing. The scope of this report is the exploration of ethics-related issues in terms of anonymity and privacy of XR applications; the aim is to initiate expert-driven, multidiscipline analysis of the evolving XR Ethics requirements, with a vision to propose solutions, technologies, and standards in future updates. The set of recommendations within this report will hopefully contribute to industry conceptualization of socio-technological issues, highlight concreted recommendations, and lay the groundwork for future technical-standardization activities.

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Published:
11/18/2021
ISBN(s):
9781504481830
Number of Pages:
24
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1 file , 410 KB
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STDVA25065

IEEE White Paper

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– Active.The IEEE‐SA P2020 working group on automotive imaging standards was established in order to address the considerable ambiguity in measurement of image quality of automotive imaging systems, both human and computer vision based. This white paper outlines the goals, achievements, rationale and plans of the subgroup, which has started to work on development of a new standard.Image quality plays a crucial role for both automotive viewing and automotive computer vision applications and today s image evaluation approaches do not necessarily meet the needs of such applications. Currently there is not a consistent approach within the industry to measure automotive image quality. The IEEE P2020 working group is attempting to remedy these deficiencies by connecting people in the field, identifying gaps in existing standards, and working to address these by creating a coherent set of key performance indicators by which camera systems and components may be evaluated in a manner consistent with their intended use. This white paper provides an overview of current activities including initial gap analysis and details of what may be expected from the full standard when published.

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Published:
08/17/2018
ISBN(s):
9781504451130
Number of Pages:
32
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1 file , 7.4 MB
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STDVA23262

IEEE White Paper

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– Active.The IEEE Standards Association (IEEE-SA) and the IEEE Nuclear Power Engineering Committee (NPEC) formed the NPEC Conformity Assessment Steering Committee (NPEC CASC) in September 2014. The NPEC CASC boasts an outstanding constituency of members in the domain of nuclear power technology who share a common vision to accelerate IEEE standards adoption through conformity assessment and certification programs. Participants in NPEC CASC include representatives from device manufacturers, test laboratories and the end-user community. IEEE-SA Conformity Assessment Program (ICAP) creates and implements initiatives that drive and accelerate certification programs throughout industry addressing a broad range of technologies. ICAP, along with the NPEC CASC, is looking into development of a conformity assessment program to support IEEE Std 323(TM) and other related standards. This paper will provide readers with an in-depth look at the current state of equipment qualification in the nuclear industry globally. It will also present the benefits of a comprehensive certification program. It will provide a varied perspectives ranging from a utility, plant owner, and manufacturer to regulators. The following are considered key activities of the NPEC CASC: — Recommend and consolidate program structure for the certification of Class 1E devices — Recommend and establish compliance levels — Provide guidance on test methods — Recommend and establish test lab requirements and audit processes — Recommend and establish test tool validation — Act as certification program advocates — Validate Test Plan/Report template

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Published:
10/15/2015
ISBN(s):
9781504400473
Number of Pages:
11
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1 file , 540 KB
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STDVA20474

IEEE White Paper

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– Active.This white paper examines the development of a personalized digital last and the impact on the role of footwear technicians. As the personalized digital last becomes the basis of future footwear production, the role of footwear technicians may expand to include a broader definition of fit, maintaining libraries of different lasts, and maintaining quality safeguards for mass customized of footwear. Though this paper focuses on women s footwear, the issue of fit is universal for men, women, and children. The techniques described in this paper, can be utilized for most footwear segments.

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Published:
04/20/2018
ISBN(s):
9781504448604
Number of Pages:
18
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IEEE White Paper

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– Active.The 3DBP IC Communications, Security and Privacy (CSP) subgroup is investigating the protection of data and records that may contain personal information, and how to ensure users and consumers expectations relative to privacy and security. The subgroup has determined that the requirements from the IEEE draft standards of P7002, P7004, and P7012 can be applied to 3DBP to help ensure security and privacy. Furthermore, it appears existing standards and industry practices will be helpful to enable the CSP to create requirements as normative clauses in a standard, and will use the existing standards, to the extent possible, to help enable safe, secure, transparent, and private processing of 3DBP information. In addition, the global impact of the EU GDPR will have a rippling influence on privacy requirements and the CSP is further assessing GDPR relative to data and record exchange in terms of privacy and security.

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Published:
12/09/2019
ISBN(s):
9781504461788
Number of Pages:
15
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1 file , 560 KB
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STDVA23901

IEEE White Paper

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– Active.Over the past few years, the IEEE 1588(TM) Precision Time Protocol (PTP) standard has been adopted by the telecommunications industry as a preferred solution for synchronizing mobile networks. A key challenge is ensuring that PTP equipment from different manufacturers will operate properly in a mobile network. This paper presents the scope and objectives of the IEEE 1588 Telecommunications Certification Program, launched by the IEEE-SA Conformity Assessment Program (ICAP) to meet this challenge.

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Published:
11/28/2014
ISBN(s):
9780738194028
Number of Pages:
14
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1 file , 1.5 MB
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IEEE White Paper

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– Active.The background, goals, and status for the IEEE 3D body processing (3DBP) initiative are introduced in this white paper. This initiative was launched in the first quarter of 2016 with an initial focus on exploring technology standardization opportunities for hardware and software technologies across the 3D body processing pipeline; i.e., from scanning of people and creating body model data to simulating, modeling, analytics, and visualization. A Virtual Fit use case and relevant 3DBP attributes are examined as an example of a 3D body processing use case. File formats, metadata, and communication protocols are discussed and initial guidance is proposed for evaluating and selecting among existing formats and protocols. While the white paper utilizes examples from an apparel/retail context, it is important to note that the direction taken by the 3DBP initiative is applicable to use cases in other industries such as health, wellness, fitness and athletics as well as complementary to adjacent technology ecosystems such as IOT, 5G, AI, fog, and cloud computing.

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Published:
02/15/2017
ISBN(s):
9781504437806
Number of Pages:
22
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IEEE White Paper

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– Active.This paper represents the consolidated work of a significant body of experts from industry, government, academia, and professional bodies that came together within the CCICI to assess global trends in Cloud Computing, the status of India, India-specific challenges and opportunities, and recommendations to accelerate Cloud Computing adoption and innovation in India. This paper presents a roadmap for Cloud Computing in India spanning the following three phases: 1.) Foundation and adoption; 2.) Penetration and scale out; 3.) Maturity and global leadership. The next five years are expected to be an exponential growth phase for Cloud Computing in India. Rapid adoption of cloud in the global market and the prolific innovation for the cloud and on the cloud represents a disruptive play in the IT/ITES industry. This is a great opportunity as well as threat for Indias IT/ITES industry. A proper strategy and focus on innovation is essential to be able to ride this wave as opposed to being washed away by it.

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Published:
12/31/2014
ISBN(s):
9780738191881
Number of Pages:
206
File Size:
1 file , 8 MB
Product Code(s):
STDVA98702

IEEE White Paper

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Standards and codes establish the functional performance requirements of equipment interconnecting Distributed Energy Resources (DERs) with an Electric Power System (EPS). Nationally Recognized Testing Laboratories (NRTLs) evaluate equipment for safety and compliance with applicable standards and codes. Equipment meeting these requirements are then listed as suitable for their intended use in compliance with the applicable requirements. The EPS operator enters into a binding agreement with the DER operator for interconnection with the EPS at a specific site to meet the requirements of the EPS infrastructure at that location. IEEE Conformity Assessment Program proposes a process and procedure to ensure compliance with the applicable standards and the interconnection agreement.

Product Details

Published:
02/22/2018
ISBN(s):
9781504447102
Number of Pages:
18
File Size:
1 file , 5.2 MB
Product Code(s):
STDVA23015

IEEE White Paper

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– Active.Modern data centers are tasked with delivering intelligent multi-media responses to real-time human interactions. Massive amounts of data are being churned and sifted by highly parallel applications, such as Online Data Intensive Services (OLDI) and Artificial Intelligence (AI), which historically required specialized High-Performance Computing (HPC) infrastructure. New advancements in high-speed distributed solid-state storage, coupled with remote direct memory access (RDMA) and new networking technologies to better manage congestion, are allowing these parallel environments to run atop more generalized next generation cloud infrastructure. Generalized cloud infrastructure is also being deployed in the telecommunication operatoraEUR(TM)s central office. The key to advancing cloud infrastructure to the next level is the elimination of loss in the network, not just packet loss, but throughput loss and latency loss. There simply should be no loss in the data center network. Congestion is the primary source of loss and in the network, congestion leads to dramatic performance degradation. This paper discusses the need for new technologies to combat loss in the data center network and introduces promising potential solutions.

Product Details

Published:
08/17/2018
ISBN(s):
9781504451024
Number of Pages:
29
File Size:
1 file , 6.8 MB
Product Code(s):
STDVA23253

IEEE White Paper

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– Active.This white paper reviews the current standards landscape for three-dimensional body scanning, body landmarking, and measuring. International standards are compared and recommendations are made for a minimal set of landmarks and measurements (L&M) needed for several industrial use cases of 3D Body Processing such as fit and size estimation, retail, clothing manufacturing, CAD tool developers, and body model storage and service.

Product Details

Published:
02/22/2018
ISBN(s):
9781504446556
Number of Pages:
34
File Size:
1 file , 5.2 MB
Product Code(s):
STDVA22978

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