. – [b-OCP DSBS] provides remote machine management as 'A Revision 1.0 Decathlete server board SHALL implement the requirements of the OCP Open Hardware Management Specification for Remote Machine Management (Version 0.93)' in clause 10. 42 Diagnostic of physical – [b-ETSI EVE007] provide diagnostic of physical machine as 'the rack power machine subsystem should provide a means to report power system fault events' in clause 5.3.2.3. – [b-OCP 2S] provides error log as 'Error to be logged' in clause 9.11.1. – [b-OCP AMBH] provides system log as 'The BIOS logs system events through the baseboard management controller (BMC)' in clause 5.10. – [b-OCP Yose] provides event log as 'The vendor should implement the BMC to support storing events/logs from each 1S server baseboard, device carrier card and mezzanine card' in clause 6.15. – [b-OCP DSBS] provides log as 'The Decathlete server board standard will define a minimal set of error handling and alerts. (...) These multi-host NICs provide network connectivity to multiple servers through a PCIe interface' in clause 5.7.6. – [b-OCP DSBS] provides network connectors as 'The server board SHALL have one LAN device to support the RJ-45 network interface connectors' in clause 6.1. – [b-OCP NIC] provides network interconnect as 'NC-SI over RBT capable OCP NIC 3.0 cards shall use a unique Package ID per ASIC when multiple ASICs share the single NC-SI physical interconnect to ensure there are no addressing conflicts' in clause 4.8.1. 44 I/O interface for device – [b-OCP OCSB] provides I/O interface for device extensions as 'High-Speed extensions Interface Topologies' in clause 7. – [b-OCP 2S] provides I/O interface for device extensions as 'PCIe x32 Slot/Riser Card' in clause 11.1. – [b-OCP JBOG] provides I/O interface for device extensions as '8 x16 PCIE Gen3 slots for GPU' in clause 4.1. – [b-OCP HSAS] provides I/O interface for device extensions as 'PCIe Port Assignments' in clause 8. – [b-OCP QGD] provides I/O interface for device extensions as 'PCIe expansion slot' in clause 2. – [b-OCP DSBS] provides I/O interface for device extensions as 'The server board SHALL provide support for one riser card and MAY provide support for two riser cards. The riser card slots can be configured to meet any range of usage models' in clause 6.4. 210
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Score: 1896048.4
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https://www.itu.int/en/publica.../files/basic-html/page218.html
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DLC per bit-stream indication using time-slot 16, frame 0 (bits 5,7,8). DLC per time-slot indication using time-slot 16, frames 1-15 (“abcd”).
(...) This is related to Nss Not Supported Machine Code
Reference:G.766 Table 1”;
Nss Not Supported Machine Code
nssNotSupportedMachineCode ATTRIBUTE
WITHxe "Configuration:nssNotSupportedMachineCode " ATTRIBUTE SYNTAX G776.1ASN1DefinedTypesModule.nssNotSupportedMachineCode;
MATCHES FOR EQUALITY;
BEHAVIOUR nssNotSupportedMachineCodeBehaviour;
REGISTERED AS {g776.1Attribute 320};
nssNotSupportedMachineCodeBehaviour BEHAVIOUR
DEFINED AS
“This parameter defines the code of the facsimile machine which uses non-standard protocol that is not supported by waveform analysis DCME."
(...) This parameter specifies the particular facsimle machine that is not supported by waveform analysis DCME.
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Score: 1822261.3
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https://www.itu.int/itudoc/itu.../com16/implgd/g776_1ig_ww7.doc
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INTRODUCTION individual nano‑machine to send its information to a common receiver. (...) In more detail, in MTH‑MoSK DMC systems, each transmitter nano‑machine is assigned mon receiver [2, 3, 4, 5, 6]. a unique address code to control the Molecular‑Type Hop‑ According to different information particles and the mechanisms of propagation, various types of multiple‑ ping (MTH) over, say, chips (or slots) of one symbol du‑ ration, so as to transmit the same symbol times using access techniques have been proposed/introduced to different types of molecules. (...) In literature, various detection schemes have machines are scheduled to transmit information within been proposed and studied in the context of different different time slots, and hence implement multiple multiple‑access schemes and channel environments [2, access MC.
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Score: 1785969
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https://www.itu.int/en/publica.../files/basic-html/page171.html
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#NOchildlabour
To mark World Day Against Child Labour (June 12), Toon and the band Bodyslam, and Foet of Slot Machine, have worked with the International Labour Organization (ILO) on the first national language cover version of the song, which was originally written by Mike Einziger, the American Grammy-nominated guitarist from the alternative rock band, Incubus, and the world-renowned violinist, Ann Marie Simpson.
(...) “I’m delighted that Toon and Bodyslam and Foet of Slot Machine have launched the Thai version of “‘Til Everyone Can See” for our campaign against child labour,” said Maurizio Bussi, Officer-in-Charge of ILO Country Office for Thailand, Cambodia and Lao PDR. (...) Join Toon of Bodyslam, Foet of Slot Machine and the ILO to fight child labour.
Get more information on the fight against child labour at /ipec/lang--en/index.htm
For more information please contact:
Jiraporn Wongpaithoon Communications Officer ILO Regional Office for Asia and the Pacific, Bangkok Jiraporn@ilo.org Tel: 0 2288 1664
Tags: child labour
Regions and countries covered: Asia, Thailand
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Language:English
Score: 1754074.6
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https://www.ilo.org/asia/media...WCMS_374764/lang--ja/index.htm
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Considering OOK modulated transmission, the detection at FC was car‑ 2.2.3 MIMO‑based MC systems ried out using the binary hypothesis testing with LLR. In this work, time‑slot optimization based on reinforcement In [130], the MISO system has been considered where learning was also proposed to increase the throughput of multiple transmitters were assumed to send information the network. in different time slots using OOK modulation. Apart from ISI, ILI was also considered while analyzing system per‑ 2.2.5 Machine‑learning‑based MC systems formance. In this work, symbol duration and the number of transmitted molecules were jointly optimized. (...) This system was claimed to be useful for drug erty of the signal, the second metric was the minimum release management where the requirement of various in lection considering successive time slots and the third drugs in different dosages was present. metric was the energy difference in successive time slots.
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Score: 1692117.2
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https://www.itu.int/en/publica...3/files/basic-html/page64.html
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Page 65 - ITU Journal Future and evolving technologies Volume 2 (2021), Issue 4 – AI and machine learning solutions in 5G and future networks
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Page 65 - ITU Journal Future and evolving technologies Volume 2 (2021), Issue 4 – AI and machine learning solutions in 5G and future networks
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ITU Journal on Future and Evolving Technologies, Volume 2 (2021), Issue 4 where is the path‑loss exponent, ⋅ is the transmit First, we de ine the agent to be the MMIMO system, the power of the serving enode , is the number of neigh‑ set of states ≜ { } −1 to be the levels of average re‑ =0 boring enode , is the transmit power from , is gional SINR, the set of actions ≜ { } −1 to be the =0 ⋅ the distance of the UE to the serving station, is the dis‑ possible combinations of antenna parameters. (...) To add 0 #0 by a long‑term data statistical analysis in (6) at time randomness, the increases in every episode from slot . Once all served users send SINRs ( −1) at the time until it reaches a preset upper bound. ( ) slot ( − 1) to the BS, the state [ , ( −1) ] observed by 0 the BS at the time slot is obtained, and then an RL‑based The space is constructed by partitioning the range of beamforming algorithm is applied for searching the op‑ the process Cumulative Distribution Function (CDF), timal parameters for the ICI mitigation and coverage op‑ which is the probability of users with SINR under the We formulate the beamforming optimization given in (4).
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Score: 1687280.5
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https://www.itu.int/en/publica...4/files/basic-html/page65.html
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Symbols in sub-slots are not always in effective use in the long term evolution (LTE) system. (...) The scheduler can even concentrate the user data in just a few sub-slots, so that more sub-slots without
user data can be shut down, reducing energy consumption more often.
6.1.2 The fundamentals for 5G BS
New technologies used in 5G provide faster and more services which make the 5G system more
complex than 4G. (...) When the traffic load is low, the base station can turn off some slots to save energy. To increase the
proportion of idle slots, scheduling is carried out by centralizing data into certain slots.
Language:English
Score: 1673850
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https://www.itu.int/dms_pub/it...-AI4EE-2021-D.WG3.02-PDF-E.pdf
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Symbols in sub-slots are not always in effective use in the long term evolution (LTE) system. (...) The scheduler can even concentrate the user data in just a few sub-slots, so that more sub-slots without
user data can be shut down, reducing energy consumption more often.
6.1.2 The fundamentals for 5G BS
New technologies used in 5G provide faster and more services which make the 5G system more
complex than 4G. (...) When the traffic load is low, the base station can turn off some slots to save energy. To increase the
proportion of idle slots, scheduling is carried out by centralizing data into certain slots.
Language:English
Score: 1673850
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https://www.itu.int/en/ITU-T/f...-AI4EE-2021-D.WG3.02-PDF-E.pdf
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.
• Radio Act (1957): empowers the government to make rules with respect to radio machines
• Radio Communication (License) Regulation (1992) • Telecom Act (1997):
– provides for the creation of the Radio Frequency Policy Determination Committee. (...) Merits and Possible Applications • Cover mass geographical coverage • No Last mile issues • High availability Proven service to traditional markets of Telephony,
• Broadcasting • Backhauling • Redundancy in telecom Network • Telecom services during disasters Rapid deployment
• As a complement to terrestrial network • interactive digital multimedia broadcasting
Issues and Challenges
• We lack consistent set of national radio regulations to govern Satellite Industry.
• We lack expertise that is needed for proper co‐ ordination in the ITU regarding the usage of Satellite Orbital Slots.
• We lack expertise on space technology and policies related to space technology
Ongoing Activities • Following studies are being conducted regarding satellite and its use in Nepal – Establishment of organizational structure for technical, administrative works and coordination with ITU
– To prioritize and emphasize the use of orbital slot and space technology
– To facilitate to coordinate International organizations regarding satellite orbital slot and space technology
– To develop human resources and technical experts regarding satellite orbital slot and space technology
Ongoing Activities… – To study the status of the satellite slot, the footprint of the satellite, available frequency band and bandwidths, internal use of the bandwidth, possibility of bandwidth available to other countries for lease
– render professional services for assessing, planning, procurement implementation, mechanism for the utilization of Orbital Slots either by launching satellite or leasing to other satellite provider.
Conclusion and Recommendations
We feel necessary that ITU provide consultancy/expert services to the LDCs regarding the uses of Satellite Orbital Slots for: • Conducting feasibility studies • Preparing Detailed Project Report • ITU Filings and Frequency Coordination etc. • For RFP preparations, Managing procurement process, Bid
evaluation, Contract Negotiation etc.
15
THANK YOU FOR YOUR TIME AND
NAMASTE
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Score: 1658246
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https://www.itu.int/en/ITU-D/R...sentations/S4_Subodh_Nepal.pdf
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Symbols in sub-slots are not always in effective use in the long term evolution (LTE) system. (...) The scheduler can even concentrate the user data in just a few sub-slots, so that more sub-slots without user data can be shut down, reducing energy consumption more often.
6.1.2 The fundamentals for 5G BS
New technologies used in 5G provide faster and more services which make the 5G system more complex than 4G. (...) When the traffic load is low, the base station can turn off some slots to save energy. To increase the proportion of idle slots, scheduling is carried out by centralizing data into certain slots.
Language:English
Score: 1645158.6
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https://www.itu.int/en/ITU-T/f...AI4EE-2021-D.WG3.02-MSW-E.docx
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