Hazard is typically defined as a potential source of harm, or an adverse health effect on a person or persons. This simply means that anything that has the potential to cause damage or harm can be considered a hazard.
Hazard is typically defined as a potential source of harm, or an adverse health effect on a person or persons. This simply means that anything that has the potential to cause damage or harm can be considered a hazard.
Advérbios, preposições,pronomes,texto poético, texto dramático, classe de palavras, Funções sintáticas, formação do feminino, formação do masculino, formação do plural...
Sleep is a state of sustained immobility in a characteristic posture, accompanied by reduced responsiveness to external stimuli.
When the subject of sleep is addressed, there are a number of myths which are discussed in this presentation.
Lineamientos para la elaboracion del proyecto escrito según el manual de normas para la elaboración de proyecto y trabajo de grado del IAE autor Benny Suárez.
COMETSA PMS The LEKGOTLA Way Learning & Development Methodology (18 03 2017)Sam Tsima
There can be many Lekgotla Methodologies. There is, however, only one COMETSA PMS The LEKGOTLA Way Learning & Development Methodology, as presented in this Slideshare.
MONTHLY DIALOGUES The Lekgotla Way, OUR HERITAGE: We have marked the COMETSA 20th Anniversary Celebrations in 2017 with the launch of the monthly COMETSA PMS LEKGOTLA NETWORKS. These take a form of presentations, dialogues, conversations, and questions & answers format facilitated by COMETSA Methodologists, Experts, Associates and Partners. In this fast changing world, it is impossible to remain at the required level of knowledge, expertise and information without formal and forums as part of continuous professional development. As a human capital development and management consulting company we see a need to coordinate and host such networks. Initially these Networks are hosted in Gauteng Province. In the near future we will make these Networks available across the country, in each Province.
By hosting standing monthly LEKGOTLA we ensure that the knowledge created and acquired is consolidated. The participants are also inducted into life-long learning culture. It is for this reason that the participants only receive the COMETSA PMS LEKGOTLA NETWORKS Certificate of Competence & Acceptance after attending six or more LEKGOTLA sessions per year. The participants are also introduced to the Ubuntu Practice of Sharing and Collective Learning. The LEKGOTLA is a Methodology that creates the environment that is conducive for the consolidation of the knowledge and information to take place.
RSVP DETAILS: To enrol and participate in our public monthly LEKGOTLA, contact our administrators Portia Diketane and Tsumbedzo Luvhimbi, at callcentre@Cometsa-GoC.com ; tel +27 11 974 9308 or visit our websites www.SamTsima.com or www.Cometsa-GoC.com
Rapid formation of massive black holes in close proximity to embryonic protog...Sérgio Sacani
The appearance of supermassive black holes at very early
times1–3 in the Universe is a challenge to our understanding
of star and black hole formation. The direct-collapse4,5 black
hole scenario provides a potential solution. A prerequisite for
forming a direct-collapse black hole is that the formation of
(much less massive) population III stars be avoided6,7; this can
be achieved by destroying H2 by means of Lyman–Werner radiation
(photons of energy around 12.6 eV). Here we show that
two conditions must be met in the protogalaxy that will host
the direct-collapse black hole. First, prior star formation must
be delayed; this can be achieved with a background Lyman–
Werner flux of JBG ≳ 100J21 (J21 is the intensity of background
radiation in units of 10−21 erg cm−2 s−1 Hz−1 sr−1). Second, an
intense burst of Lyman–Werner radiation from a neighbouring
star-bursting protogalaxy is required, just before the gas
cloud undergoes gravitational collapse, to suppress star formation
completely. Using high-resolution hydrodynamical
simulations that include full radiative transfer, we find that
these two conditions inevitably move the host protogalaxy
onto the isothermal atomic cooling track, without the deleterious
effects of either photo-evaporating the gas or polluting
it with heavy elements. These atomically cooled, massive protogalaxies
are expected ultimately to form a direct-collapse
black hole of mass 104−105M⊙.
cvpaper.challengeにおいてECCVのOral論文をまとめた「ECCV 2020 報告」です。
ECCV2020 Oral論文 完全読破(2/2) [https://www.slideshare.net/cvpaperchallenge/eccv2020-22-238640597/1]
pp. 7-10 ECCVトレンド
pp. 12-81 3D geometry & reconstruction
pp. 82-137 Geometry, mapping and tracking
pp. 138-206 Image and Video synthesis
pp. 207-252 Learning methods
cvpaper.challengeはコンピュータビジョン分野の今を映し、トレンドを創り出す挑戦です。論文サマリ作成・アイディア考案・議論・実装・論文投稿に取り組み、凡ゆる知識を共有します。2020の目標は「トップ会議に30+本投稿」することです。
Advérbios, preposições,pronomes,texto poético, texto dramático, classe de palavras, Funções sintáticas, formação do feminino, formação do masculino, formação do plural...
Sleep is a state of sustained immobility in a characteristic posture, accompanied by reduced responsiveness to external stimuli.
When the subject of sleep is addressed, there are a number of myths which are discussed in this presentation.
Lineamientos para la elaboracion del proyecto escrito según el manual de normas para la elaboración de proyecto y trabajo de grado del IAE autor Benny Suárez.
COMETSA PMS The LEKGOTLA Way Learning & Development Methodology (18 03 2017)Sam Tsima
There can be many Lekgotla Methodologies. There is, however, only one COMETSA PMS The LEKGOTLA Way Learning & Development Methodology, as presented in this Slideshare.
MONTHLY DIALOGUES The Lekgotla Way, OUR HERITAGE: We have marked the COMETSA 20th Anniversary Celebrations in 2017 with the launch of the monthly COMETSA PMS LEKGOTLA NETWORKS. These take a form of presentations, dialogues, conversations, and questions & answers format facilitated by COMETSA Methodologists, Experts, Associates and Partners. In this fast changing world, it is impossible to remain at the required level of knowledge, expertise and information without formal and forums as part of continuous professional development. As a human capital development and management consulting company we see a need to coordinate and host such networks. Initially these Networks are hosted in Gauteng Province. In the near future we will make these Networks available across the country, in each Province.
By hosting standing monthly LEKGOTLA we ensure that the knowledge created and acquired is consolidated. The participants are also inducted into life-long learning culture. It is for this reason that the participants only receive the COMETSA PMS LEKGOTLA NETWORKS Certificate of Competence & Acceptance after attending six or more LEKGOTLA sessions per year. The participants are also introduced to the Ubuntu Practice of Sharing and Collective Learning. The LEKGOTLA is a Methodology that creates the environment that is conducive for the consolidation of the knowledge and information to take place.
RSVP DETAILS: To enrol and participate in our public monthly LEKGOTLA, contact our administrators Portia Diketane and Tsumbedzo Luvhimbi, at callcentre@Cometsa-GoC.com ; tel +27 11 974 9308 or visit our websites www.SamTsima.com or www.Cometsa-GoC.com
Rapid formation of massive black holes in close proximity to embryonic protog...Sérgio Sacani
The appearance of supermassive black holes at very early
times1–3 in the Universe is a challenge to our understanding
of star and black hole formation. The direct-collapse4,5 black
hole scenario provides a potential solution. A prerequisite for
forming a direct-collapse black hole is that the formation of
(much less massive) population III stars be avoided6,7; this can
be achieved by destroying H2 by means of Lyman–Werner radiation
(photons of energy around 12.6 eV). Here we show that
two conditions must be met in the protogalaxy that will host
the direct-collapse black hole. First, prior star formation must
be delayed; this can be achieved with a background Lyman–
Werner flux of JBG ≳ 100J21 (J21 is the intensity of background
radiation in units of 10−21 erg cm−2 s−1 Hz−1 sr−1). Second, an
intense burst of Lyman–Werner radiation from a neighbouring
star-bursting protogalaxy is required, just before the gas
cloud undergoes gravitational collapse, to suppress star formation
completely. Using high-resolution hydrodynamical
simulations that include full radiative transfer, we find that
these two conditions inevitably move the host protogalaxy
onto the isothermal atomic cooling track, without the deleterious
effects of either photo-evaporating the gas or polluting
it with heavy elements. These atomically cooled, massive protogalaxies
are expected ultimately to form a direct-collapse
black hole of mass 104−105M⊙.
cvpaper.challengeにおいてECCVのOral論文をまとめた「ECCV 2020 報告」です。
ECCV2020 Oral論文 完全読破(2/2) [https://www.slideshare.net/cvpaperchallenge/eccv2020-22-238640597/1]
pp. 7-10 ECCVトレンド
pp. 12-81 3D geometry & reconstruction
pp. 82-137 Geometry, mapping and tracking
pp. 138-206 Image and Video synthesis
pp. 207-252 Learning methods
cvpaper.challengeはコンピュータビジョン分野の今を映し、トレンドを創り出す挑戦です。論文サマリ作成・アイディア考案・議論・実装・論文投稿に取り組み、凡ゆる知識を共有します。2020の目標は「トップ会議に30+本投稿」することです。
人的資本経営[1]を実現するには,生産性とQoW(Quality of Work,働き方の質)を同時に改善し続けていくことが有効である.そのための課題は多岐に渡るため,DX(Digital Transformation)的発想が求められる。一方、情報の約60~80%が位置情報に関連していることが報告されている.本稿では,地理空間情報と他の情報とを連携させて課題解決を支援する地理空間インテリジェンス(GSI)でDXを促進し,製造現場やサービス現場で人的資本経営を支援することに資する筆者らの一連の取り組みについて紹介する.
Project progress on XR-AI platform for tele-rehab and health guidanceKurata Takeshi
IEEE Conference on Virtual Reality and 3D User Interfaces (IEEE VR 2024) Abstracts and Workshops (VRW), pp.244-251, 2024,
DOI 10.1109/VRW62533.2024.00048
The main objectives of this project, launched in July 2021, is to mitigate and solve issues regarding health care services such as rehabilitation and specific health guidance while alleviating spatio-temporal, economic, and cognitive constraints by establishing remote technology foundation. There are four themes in this project. In theme #1, we have been developing the MR3 devices consisting of Wear and Mannequin for supporting detailed assessments of customers’ physical functions and haptic interaction respectively. The central issue of theme #2 is to support intrinsic motivation for rehabilitation and exercise training through XR technologies as in virtual (self) co-embodiment and hand redirection. In addition, we have also been investigating how to deal with one-to-many and zero-to-many situations. Theme #3 has aimed on establishing AI technology foundation for creating, monitoring progress of, and updating tele-rehab programs mainly for the upper limb. Systems for always-on monitoring during daily life and work developed in theme #4 is expected to be served as a common foundation for various tele-healthcare services. This paper reports on the progress of the above-mentioned themes in this project.
The HARC consists of the following eight research teams: (1) Smart sensing, (2) Well-being device, (3) Assistive robotics, (4) Exercise motivation and physical function augmentation, (5) Cognition, environment, and communication, (6) Smart work IoH (Internet of Humans), (7) Service value augmentation, and (8) Co-creative platform. Currently, we are carrying out private and public projects related to Interverse (Virtual economy forms and related technologies that return value in cyberspace to physical space), tele-rehabilitation, etc. We also contribute to the international standardization on VR/MAR in ISO/IEC JTC 1.
Work Pattern Analysis with and without Site-specific Information in a Manufac...Kurata Takeshi
In recent years, there has been an increasing number of technological devel-opments and practical applications for efficient and quantitative work analy-sis by measuring workers' flow lines. However, there may be a delay in start-ing work analysis if it is started after preparing site-specific information, such as each worker's role and typical work areas. This paper reports on a case study of work analysis using geospatial intelligence techniques with and without such site-specific information. First, this paper introduces the work site targeted in this case study, the purpose of the analysis, and the data measured and collected at the work site. Next, it describes a series of meth-ods such as indoor positioning, generation of work area transition model, clustering of work area transition instances, and exception extraction of the instances for the purpose of analyzing work patterns. A comparison of the clustering results with each worker's role and an analysis of non-routine work patterns are also reported.
Standards and projects of SC 24/WG 9 on Metaverse and InterverseKurata Takeshi
The relationship between the metaverse and the universe corresponds to the one between the virtual environment and the real environment in MAR (Mixed and Augmented reality). The concept of fusing multiple metaverses with the universe is sometimes referred to as the interverse, although this is not yet generally recognized. This presentation will provide an overview of the standards related to interverse developed by SC 24/WG9 (MAR Continuum Concepts and Reference Model) and the ongoing projects. In addition, VRM, an open 3D humanoid avatar format for the metaverse, will be presented, although it is not yet a de jure standard.
ISO/IEC Workshop on Standards for the Metaverse
Session 1: ISO/IEC JTC 1 Standards and Projects for the Metaverse, June 26, 2023, at 21:00-22:50 UTC
本講演では、生産性向上や健康経営支援のために屋内測位技術含む地理空間インテリジェンス(GSI)を製造現場やサービス現場に適用した事例を時間の許す限り概説する。また、PDR (Pedestrian Dead Reckoning: 歩行者用相対測位)やVDR(Vehicle Dead Reckoning: 車両用相対測位)含むxDR(PDRやVDRを含む相対測位、DR for X)の性能等の評価に関する活動、 及びxDRを含む各種屋内測位技術とその関連技術の普及促進に関する活動を行うことを目的として2014年に設立されたPDRベンチマーク標準化委員会の活動についても紹介する。
The purpose of this project is to mitigate and solve issues regarding health care services such as rehabilitation and specific health guidance while alleviating spatio-temporal, economic, and cognitive constraints by establishing remote technology foundation. There are four themes in this project titled “Multimodal XR-AI (XR powered by AI) platform development for tele-rehabilitation and reciprocal care coupling with health guidance.” In theme #1, we have been developing MR3 (Multi-Modal Mixed Reality for Remote Rehab) devices consisting of Wear and Mannequin for supporting detailed assessments of users’ physical functions and tactile interaction respectively. The central issue of theme #2 is to support intrinsic motivation for rehabilitation and exercise training through XR technologies as in virtual co-embodiment and hand redirection. In addition, we have also been investigating how to deal with 1-to-N (a small number of providers) and 0-to-N (no providers) situations. Theme #3 has aimed on establishing AI technology foundation for creating, monitoring progress of, and updating tele-rehabilitation programs mainly for the upper limb. Systems for always-on monitoring during daily life and work developed in theme #4 is expected to serve as a common foundation for various tele-healthcare services.
蔵田武志, 尾形邦裕, 金澤周介, 今村由芽子, 佐藤章博, 小木曽里樹, 小林吉之, 一刈良介, 中江悟司, 多田充徳, 青山朋樹, 清水博己, 葛岡英明, 中村拓人, 腰原健, 黒田真朗, 返町秀光, 大島賢典, "「遠隔リハビリのための多感覚XR-AI技術基盤構築と保健指導との互恵ケア連携」で目指すところ", 日本バーチャルリアリティ学会第66回複合現実感研究会, Vol.25, No.2, MR2022-11, 2022.
Analyzing Operations on a Manufacturing Line using Geospatial Intelligence T...Kurata Takeshi
This paper reports on a case study of work analysis using geospatial intelligence technologies conducted on a manufacturing line at a J-Power Systems (JPS) plant in FY2020. First, an overview of the workplace, the purpose of the analysis, and the types of data used in the analysis is presented. Next, we describe the data processing methods developed in the preparatory phase of the analysis, and finally, we report the results and discussion of the work analysis.
Presented in APMS 2022
YouTube:
https://youtu.be/eFi8Z0T25Cc
Geospatial Intelligence for Health and Productivity Management in Japanese Re...Kurata Takeshi
Presentation movie:
https://youtu.be/9qozqmLvi0M
Paper:
Kurata T. (2021) Geospatial Intelligence for Health and Productivity Management in Japanese Restaurants and Other Industries. APMS 2021, IFIP AICT 632, pp. 206–214
https://doi.org/10.1007/978-3-030-85906-0_23
Health and Productivity Management (HPM) requires simultaneous improvement of labor productivity and Quality of Working (QoW), which consists of health, workability, and rewarding. In order to deal with a wide range of issues for HPM, engineering approaches are much more effective rather than just relying on experience and intuition. First, this paper outlines Geospatial Intelligence (GSI) as a tool for such engineering approaches, which supports problem solving by linking geospatial data with other data. Next, we summarize use cases of GSI in service and manufacturing sites, including Japanese restaurants, which have addressed labor productivity and QoW. Finally, we extract the metrics regarding labor productivity and QoW used in those use cases.
講演ビデオ:
https://youtu.be/I-5z2FP-ZtY
本講演では、産総研が参画した各プロジェクトにおいて取り組まれた製造業・サービス業での人とシステムとの協調に関する研究開発事例を概説する。まず、人間拡張研究センターの研究事例から、日本食レストランへの配膳ロボット導入と屋内測位などを適用した導入効果の評価、及びその考察について概説する。次に、インダストリアルサイバーフィジカルシステム(CPS)センターの研究事例から、人・機械協調に基づく変種変量生産のための研究開発事例を紹介する。最後に、ヘルスケアサービスの提供者と利用者、さらに利用者同士がAIと協調しながらQoL (Quality of Life)やQoW (Quality of Working)を向上させるための技術基盤の構想について議論する。