zilongwang/ReadingBank huggingface dataset:
2018 Chair/Vice-Chair Nominations/Elections Receive an update from the CO&E Department a.m. a.m. III. Regional Issues (15 min.) Community Member Issues Frank Meza, Field Specialist An opportunity to identify community issues affecting members in the region 10:50 a.m. – 11:00 a.m. IV. Get Up & Move/Break (10 min.) Group An opportunity to stretch and move 11:00 a.m. a.m. V. RCAC Community Work Projects (40 min.) Community Partnership Health Education Training Heart Health Community Outreach Events Frank Meza, Field Specialist Felicia Gray, Liaison Discuss the 2018 RCAC Community Work Projects that include the Community Partnership, health topic training and community outreach events. 11:40 a.m. a.m. VI. Future Agenda Items (5 min.) Group Decide agenda items that may be added to a future meeting 11:45 a.m. – 11:50 a.m. VII. Meeting Evaluations (5 min.) Group Complete meeting evaluation forms 11:50 a.m. p.m. VIII. Public Comments (10 min.) Group Each public member is given 2 minutes to share a comment with the RCAC 12:00 p.m. IX. Adjournment Next Meeting Date: Thursday, July 19, 2018 Lluvia Salazar, Chairperson Learn when the next RCAC meeting will take place ***** PLEASE BE ON TIME ***** NOTE: Members, your absence will be considered unexcused if you do not call Herrera at (213) 694-1250, Ext. 4402 to inform him that you will not be attending the meeting. Community Outreach & Engagement Toll Free Line 1-888-522-2732 L.A. Care Member Services Department Toll Free Line 1-888-839-9909
(b) (2011) for the size 225/75 R 16 C. (c) (2011) for the size 245/70R19.5 (d) (2011) for the size 315/70R22.5"] Paragraph 6.4.1.1., amend to read: "6.4.1.1. Class C1, C2 and C3 tyres The minimum snow index value, as calculated in the procedure described in Annex 7 and compared with the SRTT shall be as follows: Class of tyre Snow grip index on snow method) (a) Snow grip index (spin traction method) (b) Snow grip index (acceleration method) (c) Ref. = C1 – SRTT 14 Ref. = C2 – SRTT 16C Ref. = C1 – SRTT 14 Ref. = C3N – SRTT 19.5 Ref. = C3W – SRTT 22.5 C1 1.07 No 1.10 No C2 No 1.02 1.10 No C3 No No No 1.25 (a) See paragraph 3. of Annex 7 to this Regulation (b) See paragraph 2. of Annex 7 to this Regulation (c) See paragraph 4. of Annex 7 to this Regulation" Annex 1, Paragraph 3., amend to read: "3. "Tyre class" and "category of use" of the type of tyre: …… 3.1. Snow tyre for use in severe snow conditions (Yes/No)2 3.2. Traction tyre (Yes/No)2 " Insert a new paragraph 6.4., to read: "6.4. Snow grip of the representative tyre size, see paragraph 2.5. of Regulation No. 117, as per item 7. of the test report in the appendix to Annex 7:………………. (Snow grip index) using the brake on snow method2, spin traction method2 or acceleration method. 2" Annex 2, Appendix 2, Example 1, correct to read: " a/3 0212345 S2 0236378" Example 3, correct to read: " a/3 0212345 S2 0236378"
If the measured test surface temperature does not change more than 5 °C within all measurements necessary for the determination of the sound level of one set of tyres, the temperature correction may be made only on the final reported tyre rolling sound level as indicated above, utilizing the arithmetic mean value of the measured temperatures. Otherwise each measured sound level Li shall be corrected, utilizing the temperature at the time of the sound recording. There will be no temperature correction for Class C3 tyres. 4.4. In order to take account of any measuring instrument inaccuracies, the results according to paragraph 4.3. above shall be reduced by 1 dB(A). 4.5. The final result, the temperature corrected tyre rolling sound level LR(ref) in dB(A), shall be rounded down to the nearest lower whole value. Figure 1 Microphone positions for the measurement
Test rim width code Tyre loads F/R (kg) Load index F/R ( per cent) Tyre pressure F/R(kPa) 5. Test results: mean fully developed decelerations (m/s²) / traction coefficient Run number Specification SRTT (1st test) Candidate Candidate SRTT (2nd test) 1 2 3 4 5 6 Mean Std-deviation CV (%) < 6 % Validation SRTT (SRTT) < 5 % SRTT average Snow grip index 100
Radiocommunication Assembly (RA-15) Geneva, 26-30 October 2015 INTERNATIONAL TELECOMMUNICATION UNION Document 1/1002-E 26 August 2015 Radiocommunication Study Group 1 LIST OF RECOMMENDATIONS ITU-R SM-series of Recommendations NOC = Maintained MOD = Revised SUP = Deleted ADD = New text UNA = Undergoing approval Rec. ITU-R Recommendation title Action by RA-15 Comments SM.326-7 Determination and measurement of the power of radio transmitters NOC SM.328-11 Spectra and bandwidth of emissions NOC SM.329-12 Unwanted emissions in the spurious domain NOC SM.331-4 Noise and sensitivity of receivers NOC SM.332-4 Selectivity of receivers NOC SM.337-6 Frequency and distance separations NOC SM.377-4 Accuracy of frequency measurements at stations for international monitoring NOC SM.378-7 Field-strength measurements at monitoring stations NOC SM.443-4 Bandwidth measurement at monitoring stations NOC SM.575-2 Protection of fixed monitoring stations against interference from nearby or strong transmitters NOC SM.668-1 Electronic exchange of information for spectrum management purposes NOC SM.851-1 Sharing between the broadcasting service and the fixed and/or mobile services in the VHF and UHF bands NOC SM.852-0 Sensitivity of radio receivers for class of emissions F3E NOC SM.853-1 Necessary bandwidth NOC
a is in m/% of relative humidity b is in C–1. Parameters a and b are given in Table 2 according to the geographical location. 2 Location a (m/%) b (C–1) Coastal areas (islands, or locations less than 10 km away from sea shore) 5.5  10−4 2.91  10−2 Non-coastal equatorial areas 6.5  10−4 2.73  10−2 All other areas 7.3  10−4 2.35  10−2 To compute the corrective factor k of equation (16), an exponential variation with height h of the atmospheric refractivity N is assumed: N(h)  Ns exp (– h / h0) (19) where Ns is the average value of refractivity at the Earth surface (see Recommendation ITUR P.453) and h0 is given by: (20) k is then computed from the following expression: (21) where ns and n (h0) are the values of the refractive index at the Earth surface and at height h0 (given by equation (20)) respectively, and rs and r (h0) are the corresponding distances to the centre of the Earth. For Earth- paths with elevation angle the tropospheric excess path length (m) can be expressed as the sum of and wet components. greater than °, : m (22) where: ps, es: air total pressure and water vapour pressure at Earth surface (hPa) Tms: mean temperature of the water vapour above the surface (K) λ: vapour pressure decrease factor Rd : R/Md = 287.0 (J/kg K) R: molar gas constant = 8.314 (J/mol K) Md: dry air molar mass = 28.9644 (g/mol)
k1 = 77.604 (K/hPa) k2 = (K2/hPa) gm = 9.784 (1 – 0.00266 cos (2 lat) – 0.00028 h) = gravity acceleration (m/s2) lat: atitude of the location () hs: height of the above sea level (km). For receivers located at different than the surface height hs, the values of the input meteorological parameters can be from values, Tms, es and ps, using the following equations: K () hPa () hPa () where: m: lapse rate of the mean temperature of water vapour (K/km). input the model can be derived by assuming the meteorological parameters are characterized by seasonal fluctuation (2) where: Xi: ps, es, Tms, or m a1i: average of the parameter a2i: seasonal fluctuation of the parameter a3i: day of the minimum value of the parameter
F. 0339 Bandwidths, signal-to-noise ratios and fading allowances in HF fixed and land mobile radiocommunication systems 1.4 1 F. 01761 Characteristics of HF radiocommunication systems 1.4 1 F. 01762 Characteristics of enhanced applications for high frequency (HF) radiocommunication systems 1.4 1 F. 01821 Characteristics of advanced digital high frequency (HF) radiocommunication systems 1.4 1 M. 01677 International Morse code 1.4 1 M. 11732 Characteristics of systems operating in the amateur and amateur-satellite services for use in sharing studies 1.4 1 M. 1874 Technical and operational characteristics of oceanographic radars operating in within the frequency range 3-50 MHz 1.4 1 P. 368 Ground-wave propagation curves for frequencies between 10 kHz and 30 MHz 1.4 1 P. 372 Radio noise 1.4 1 P. 533 Method for the prediction of the performance of HF circuits 1.4 1 SM. 1541 Unwanted emissions in the domain 1.4 1 ITU-R Reports: ITU-R Series Report Number Latest Publication Report Title Agenda Item CPM Chapter M. 2080 Consideration of sharing conditions and usage in the 4-10 MHz band 1.4 1 M. 2234 The feasibility of sharing between oceanographic radars operating in the radiolocation service and fixed and mobile services within the frequency band 3-50 MHz 1.4 1 M. [PPDR] WDPDN Rep. ITU-R M.[PPDR] ( to ) Public protection and disaster relief communications 1.4 1
5A/242 (Canada) 5A/250 (USA) 5A/254 (Canada) 5A/280 (China) 5A/289 (UK, Netherlands, Norway) 5A/237 (Russian Federation) 5A/253 (Canada) Include modified 5A/400, 5A/383, 5A/368. Also include the most recent inputs (Russian Federation), (USA), (China), (Canada) 2 Russian Federation Annex 3 Canada Annex 4 China Annex 5 USA Annex 6 IARU 7 TBD
ANNEX 1 Parameters used in the trials over DVB-T2 networks Country Transmitter site Covering ERP DTT System Transmission Mode Multiplex Capacity Signal bit rate Video Encoding Standard Picture Standard Frequency used France Eiffel Tower City of Paris 1kW DVB-T2 32k, extended mode, GI = 1/128, 256QAM, FEC2/3, PP7 40.2 Mbit/s 22.5 Mbit/s 17.5 Mbit/s HEVC 3840x2160p 50 frames/s 10 bits per pixel 514 MHz (Ch26 in Region 1) Spain ETSI Ciudad Universitaria, Madrid 125W DVB-T2 32k, extended mode, GI = 1/128, 64QAM, FEC5/6, PP7 36.72 Mbit/s 35 Mbit/s (other bit rates also tested) HEVC 3840x2160p 50 frames/s 8 bits per pixel 754 MHz (Ch56 in Region 1) Sweden Stockholm Nacka City of Stockholm 35 kW DVB-T2 32k, extended mode, GI = 19/256, 64QAM, FEC3/5, PP4 31.7 Mbit/s 24 Mbit/s HEVC 3840x2160p 29.97 frames/s 8 bits per pixel 618 MHz (Ch 39 in Region 1) UK Crystal Palace Greater London (serving over 4.5 Million households) 40 kW DVB-T2 32k, extended mode, GI = 1/128, 256QAM, FEC 2/3, PP7 40.2 Mb/s Variable (some trials at 35 Mb/s) HEVC Mixture of 3840x2160p 50 frames/s and 3840x2160p 59.94 frames/s Most of the at 8 bits per pixel, some at 10 bits per pixel 586 MHz (Ch 35 in Region 1) Winter Hill North-west of England, including Manchester and Liverpool (serving 2.7 Million households) 22.5 kW 602 MHz (Ch 37 in Region 1) Black Hill Central Scotland, including Glasgow and Edinburgh (serving 1 Million households) 39 kW 586 MHz (Ch 35 in Region 1) ______________
s <- sample(150, 75) iris1 <- iris0[s,] # Calibration Set iris2 <- iris0[-s,] # Validation Set pseudoF(iris1, 2:6) <- kmeans(iris1, 3, 25) pch=iris1.3m$cluster, col=iris1.3m$cluster) pred.iris2.iris1 <- predict.kmeans(iris1.3m, iris2) iris2.3m <- kmeans(iris2, 3, 25) pch=pred.iris2.iris1, col=iris2.3m$cluster) table(data.frame(S1=pred.iris2.iris1,S2=iris2.3m$cluster)) iris1.4m <- kmeans(iris1, 4, 25) pairs(iris1, pch=iris1.4m$cluster, col=iris1.4m$cluster) pred.iris2.iris1 <- predict.kmeans(iris1.4m, iris2) iris2.4m <- kmeans(iris2, 4, 25) pairs(iris2, pch=pred.iris2.iris1, col=iris2.4m$cluster) table(data.frame(S1=pred.iris2.iris1,S2=iris2.4m$cluster)) iris1.2m <- kmeans(iris1, 2, 25) pred.iris2.iris1 <- predict.kmeans(iris1.2m, iris2) iris2.2m <- kmeans(iris2, 2, 25) pairs(iris2, pch=pred.iris2.iris1, col=iris2.2m$cluster)
10 August 2018 Agreement Concerning the Adoption of Harmonized Technical United Nations Regulations for Wheeled Vehicles, Equipment and Parts which can be Fitted and/or be Used on Wheeled Vehicles and the Conditions for Reciprocal Recognition of Approvals Granted on the Basis of these United Nations Regulations* (Revision 3, including the amendments which entered into force on 14 September 2017) _________ Addendum 120 – UN Regulation No. 121 Revision 2 - Amendment 2 Supplement 2 to the 01 series of amendments – Date of entry into force: 19 July 2018 Uniform provisions concerning the approval of vehicles with regard to the location and identification of hand controls, tell-tales and indicators This document is meant purely as documentation tool. The authentic and legal binding texts are: ECE/TRANS/WP.29/2017/116 and ECE/TRANS/WP.29/2017/116/Corr.1. _________ UNITED NATIONS Paragraphs 5.5.1.3. to 5.5.1.5., amend to read: "5.5.1.3. The tell-tales for the brake system malfunction, headlamp driving beam, direction indicator and safety belts for front seating row shall not be shown in the same common space. 5.5.1.4. If tell-tale for the brake system malfunction, headlamp driving beam, direction indicator or safety belts for front seating row is displayed in a common space it shall displace any other symbol in such common space if the underlying condition exists for its activation.
36. Engine stop 11, 19 Control Yes 37. Brake lining wear-out condition 9 Tell-tale Yes Yellow 38. Heating system Control Yes 39. Heating and/or air conditioning fan 1 Control Yes 40. Headlamp levelling or and and 13 Control No 41. Odometer km, if kilometres are shown or miles, if miles are shown 15 Indicator Yes 42a. Low tyre pressure (including malfunction) 16 Tell-tale Yes Yellow 42b. Low tyre pressure (including malfunction) that identifies affected tyre 16, 17 Tell-tale Yes Yellow 43. Electronic stability control or ESC 17 Tell-tale Yes Yellow 44. Electronic stability control system "OFF" or ESC OFF 17, 20 Control Yes Tell-tale Yes Yellow 1 Framed areas of the symbol may be solid. 2 The symbols included in this Regulation are substantially identical to symbols described in ISO 2575:2004. Proportional dimensional characteristics specified in ISO 2575:2004 be maintained.
Appendix 3 - Definition of side impact door 84 Appendix 4 - Stopping device frontal impact 87 7 of trolley's deceleration or acceleration, as function of time 91 Appendix 1 - Frontal impact 92 Appendix 2 - Rear impact 93 Appendix 3 - Lateral impact 94 8 Description of dummies 95 9 Frontal impact test against a barrier 101 10 Rear impact test procedure 103 11 Type approval scheme (Flow chart ISO 9002:2000) 105 12 Control of conformity of production 107 13 Test of energy absorbing material 111 14 Method of defining head impact area of devices with backrests and for rearward-facing devices defining the minimum size of side wings 112 15 Description of conditioning of adjusters mounted directly on Enhanced Child Restraint Systems 113 16 Typical buckle strength test device 114 17 Determination of performance criteria 115 18 Geometrical dimensions of i-Size Enhanced Child Restraint Systems 116 19 Assessment volumes for i-size support-legs and support-leg feet 120 20 Minimum list of documents required for approval 124 21 Load application devices 125 22 Infant carrier module 131 1. This Regulation applies (in its Phase 1) to Integral Universal ISOFIX Enhanced Child Restraint Systems (i-Size) and, to Integral Specific vehicle ISOFIX Enhanced Child Restraint Systems for child occupants of power driven vehicles. 2. Definitions For the purposes of this Regulation, 2.1. "Enhanced Child Restraint System" (ECRS) means a device capable of accommodating a child occupant in a sitting or supine position. It is so
Torso (incl. acc. mount and chest deflection sensor, not including APTS) 1.40 ± 0.08 4.21 ± 0.25 4.74 ± 0.25 6.00 ± 0.30 9.07 ± 0.40 14.28 ± 0.50 (incl. suit) Legs (together) 0.58 ± 0.03 1.82 ± 0.20 2.06 ± 0.20 3.54 ± 0.10 6.90 ± 0.10 12.48 ± 0.44 Arms (together) 0.28 ± 0.02 0.89 ± 0.20 1.20 ± 0.20 1.48 ± 0.10 2.49 ± 0.10 3.98 ± 0.20 Suit 0.08 ± 0.02 0.27 ± 0.05 0.30 ± 0.05 0.40 ± 0.10 0.55 ± 0.10 0.63 ± 0.10 3.47 ± 0.21 9.6 ± 0.80 11.10 ± 0.80 14.59 ± 0.70 22.95 ± 0.80 35.58 ± 1.39 The installation of Abdominal Pressure Twin Sensors (APTS) in frontal impact may add up 0.2 kg to the Q1.5 and 0.5kg to the Q3, Q6 and Q10 dummies.
27 2018 Agreement Concerning the Adoption of Harmonized Technical United Nations Regulations for Wheeled Vehicles, Equipment and which can be Fitted and/or be Used on Wheeled Vehicles and the Conditions for Reciprocal Recognition of Approvals Granted on the Basis of these United Nations Regulations* (Revision 3, including the amendments which entered into force on 14 September 2017) _________ Addendum 128– UN Regulation No. 129 Revision 2 – Amendment 1 Supplement 1 to the 02 series of amendments – Date of entry into force: 10 February 2018 Uniform provisions concerning the approval of Enhanced Child Restraint Systems used on board of motor vehicles (ECRS) This document is meant purely as documentation tool. The authentic and legal binding texts is: ECE/TRANS/WP.29/2017/63. _________ UNITED NATIONS Table of content, insert the reference to new Annex 24, to read: "24 Flammability of materials intended to be used in built-in child restraint systems " Text of the Regulation, Paragraph 2.3.2., amend to read "2.3.2. "i-Size booster seat" (Non-Integral Universal Enhanced Child Restraint System) is a category of Enhanced Child Restraint Systems with integrated
if the food is a product, including ice cream―the specific source of animal fats or oils. This generic name must not be used for diacylglycerol oil. saturated and polyunsaturated fatty acids) as ‘added fats/vegetable oils’. Further issues associated with added fats and vegetable oils are discussed in sections 2.1 and 2.4 above. Generic name: sugar (S10―2) Conditions for use: The name ‘sugar’ may be used to describe: white sugar; or white refined sugar; or caster sugar or castor sugar; or loaf sugar or cube sugar; or icing sugar; or coffee sugar; or coffee crystals; or raw The name ‘sugars’ must not be used in a statement of ingredients. The types of sugar captured by this generic name would likely be required to be captured as ‘added sugars’ in the bracketed list. Whether the generic name ‘sugar’ would still be permitted to be used in the bracketed lists for these types of sugar (e.g. white sugar, castor sugar), or if the specific names would be required, would require consideration. If the specific names were required, the provisions for the listing of alternative ingredients may also need to be considered (section 1.2.4―6 of the Code as noted above). The potential implications for industry and consumers of any amendments to the existing generic name permission would need to be investigated. ‘Sugars’: Recommendation 12 indicates that the specific sugars ingredients added to a food must be declared in the bracketed list of ‘added sugars’ (e.g. fructose, glucose syrups), rather than using a generic name. This approach would align with the existing requirement.
(b) Rupture (applicable to high voltage REESS (s) only); (c) Fire; (d) Explosion. Evidence of electrolyte leakage shall be verified by visual inspection without disassembling any part of the tested-device. 6.2.2.2. For a high voltage REESS, the isolation resistance measured after the test in accordance with Annex 4B to this Regulation shall not be less than 100 Ω/Volt. 6.3. Thermal shock and cycling 6.3.1. The test shall be conducted in accordance with Annex 8B to this Regulation. 6.3.2. Acceptance criteria 6.3.2.1. During the test, there shall be no evidence of: (a) Electrolyte leakage; (b) Rupture (applicable to high voltage REESS(s) only); (c) Fire; (d) Explosion. Evidence of electrolyte leakage shall be verified by visual inspection without disassembling any part of the tested-device. 6.3.2.2. For a high voltage the isolation resistance measured after the test in accordance with Annex 4B of this Regulation shall not be less than 100 Ω/Volt. 6.4. Mechanical 6.4.1. Drop test for removable REESS 6.4.1.1. The test be conducted in accordance with Annex 8C of this Regulation. 6.4.1.2. Acceptance criteria 6.4.1.2.1. During the test there shall be no evidence of (a) Electrolyte leakage; (b) Rupture (applicable to high voltage REESS(s) only); (c) Fire; (d) Explosion. Evidence of electrolyte leakage be verified by visual inspection without disassembling any part of the tested-device. 6.4.1.2.2. For a high voltage REESS, the isolation resistance measured after the test in accordance with Annex 4B of this Regulation shall not be less than 100 Ω / Volt. 6.4.2. Mechanical shock 6.4.2.1. This test shall apply to vehicles with a centre and/or side stand. The test shall be conducted in accordance with Annex 8D of this Regulation.
Annex 3 Procedure for determining the "H" point and the actual torso angle for seating positions in motor vehicles Appendix 1 - Description of the three dimensional "H" point machine (3-D H machine)1 Appendix 2 - Three-dimensional reference system1 Appendix 3 - Reference data concerning seating positions1
ITU Strategic Objectives for 2017 Total Cost Cost of BR/Direct Cost Cost Reallocated from GS Cost allocated by TSB/BDT Goal 1 Growth Goal 2 Inclusiveness Goal 3 Sustainability Goal 4 Innovation & partnership Goal 1 Growth Goal 2 Inclusiveness Goal 3 Sustainability Goal 4 Innovation & partnership R1 ITU-R Objective 1 35,945 19,580 16,344 22 50% 30% 10% 10% 17,972 10,783 3,594 3,594 R2 ITU-R Objective 2 8,714 5,688 3,021 5 50% 30% 10% 10% 4,357 2,614 871 871 R3 ITU-R Objective 3 16,617 10,800 5,807 10 0% 100% 0% 0% 0 16,617 0 0 Total Cost 61,276 36,068 25,172 37 22,329 30,015 4,466 4,466 36.4% 49.0% 7.3% 7.3% ______________
to the data 36. Cancer, Waiting, Access 37. / National 38. to the data The data is collected and stored by the HSCIC through Open Exeter. Additionally, the data is put into an Access database monthly, which NHS England control and stored on a network drive. Individual monthly backups of the entire database are made and stored separately. The new Cancer Waiting Times system will review and update data storage methodology and ensure compliance with information governance directives that the existing system is currently exempted from compliance with. 39. Why is not Sampling was not considered appropriate as these data need to be complete to be used for service planning and management and for use by cancer registries for surveillance and historical trend and/or population based analyses of cancer incidence and survival.
CTI No Info JOR Secondary POL Secondary UZB NO CVA 50-52 Secondary KAZ NO POR Secondary YEM No Info CYP 50-51 Secondary KEN NO QAT No Info ZMB Primary 5.169 CZE 50-52 Secondary KGZ NO ROU Secondary ZWE Primary 5.169 D Secondary KWT No Info RUS No Info DJI No Info LBN NO RWW Primary 5.169 5.169 Alternative allocation: in Botswana, Lesotho, Malawi, Namibia, the Dem. Rep. of the Congo, Rwanda, South Africa, Swaziland, Zambia and Zimbabwe, the band 50-54 MHz is allocated to the amateur service on a primary basis. In Senegal, the band 50-51 MHz is allocated to the amateur service on a primary basis. (WRC-12) The IARU Region 1 Handbook on VHF use (Table 2) contains the following conditions of the recommended use of the frequency band 50-52 MHz (BANDPLAN – is an arrangement of frequency bands usage by type and mode of use agreed by IARU Region 1). 2 IARU Region 1 Band plan: Editor’s note: Revised Table 2 inserted Frequency Maximum bandwidth Mode Usage 50.000 50.100 500 Hz Telegraphy exclusive (except Beacon Project) 50.000 - 010 Region 1* 50.010 - 020 Region 2* 50.020 - 030 Region 3* 50.050 CW future international center of activity 50.090 Intercontinental center of activity 50.100 50.200 2 700 Hz Telegraphy & SSB 50.100 - 130 Intercontinental section 50.110 Intercontinental center of activity 50.130 - 200 International section 50.150 International center of activity 50.200 50.300 2 700 Hz Telegraphy & SSB General usage 50.285 for crossband 50.300 50.400 2 700 Hz MGM Narrowband Telegraphy 50.305 PSK Center of activity 50.310 - 320 EME center of activity 50.320 - 380 MS center of activity 50.400 50.500 1 000 Hz MGM Telegraphy BEACONS EXCLUSIVE 50.401 MHz +/- 500Hz WSPR Beacons 50.500 50.510 SSTV
of public consultation has been achieved/planned; confirmation that communications has reinforced stakeholder engagement, and there is a clear plan in place to publicise the introduction and adoption of the change clear implementation timetable project plan implementation plan Burden Burden Assessment Report information governance, patient consent Information Governance Report alignment with NHS Data Model & Dictionary NHS Data Model & Dictionary Change Request Testing – confirmation that change has been tested in line with maintenance / change control procedures, and involving users and suppliers as appropriate Test Report confirmation of maintenance arrangements Maintenance plan (Updated) EC98/34 assessment required/not required EC 98/34 assessment form Risks and Issues from previous approval, together with those reported during implementation Any conditions/caveats set on previous approval ISB Sponsor Letter ISB Minutes Supporting documents – the following have been attached Appendix Description Full Details of Change Proposal 2 Review report (if appropriate) 3 <add new row>
Figure 3 Enterprise cubicle floor plan 4 Data rates Examples of data 1) IEEE and : Table 1 and Table 2 list the rates for the IEEE and specifications. TABLE 1 Rates for single carrier operation MCS index Modulation NCBPS Repetition Code rate Data rate (Mbit/s) 0 π/2-DBPSK 1/2 27.5 1 π/2-BPSK 1 2 1/2 385 2 π/2-BPSK 1 1 1/2 770 3 π/2-BPSK 1 1 5/8 962.5 4 π/2-BPSK 1 1 3/4 1 155 5 π/2-BPSK 1 1 13/16 1 251.25 6 π/2-QPSK 2 1 1/2 1 540 7 π/2-QPSK 2 1 5/8 1 925 8 π/2-QPSK 2 1 3/4 2 310 9 π/2-QPSK 2 1 13/16 2 502.5 10 π/2-16QAM 4 1 1/2 3 080 11 π/2-16QAM 4 1 5/8 3 850 12 π/2-16QAM 4 1 3/4 4 620 25 π/2-BPSK 1 1 13/28 626 26 π/2-BPSK 1 1 13/21 834 27 π/2-BPSK 1 1 52/63 1 112 28 π/2-QPSK 2 1 13/28 1 251 29 π/2-QPSK 2 1 13/21 1 668 30 π/2-QPSK 2 1 52/63 2 224 31 π/2-QPSK 2 1 13/14 2 503 NCBPS: Number of coded bits per symbol.
7 π/2-QPSK 2 1 5/8 1 925 8 π/2-QPSK 2 1 3/4 2 310 9 π/2-QPSK 2 1 13/16 2 502.5 10 π/2-16QAM 4 1 1/2 3 080 11 π/2-16QAM 4 1 5/8 3 850 12 π/2-16QAM 4 1 3/4 4 620 25 π/2-BPSK 1 1 13/28 626 26 π/2-BPSK 1 1 13/21 834 27 π/2-BPSK 2 1 52/63 1 112 28 π/2-QPSK 2 1 13/28 1 251 29 π/2-QPSK 2 1 13/21 1 668 30 π/2-QPSK 2 1 52/63 2 224 31 π/2-QPSK 2 1 13/14 2 503 TABLE 7 Rates for OFDM operation MCS index Modulation Code rate NBPSC NCBPS NDBPS Data rate (Mbit/s) 13 1/2 1 336 168 693.00 14 5/8 1 336 210 866.25 15 QPSK 1/2 2 672 336 1 386.00 16 QPSK 5/8 2 672 420 1 732.50 17 QPSK 3/4 2 672 504 2 079.00 18 16-QAM 1/2 4 1 344 672 2 772.00 19 16-QAM 5/8 4 1 344 840 3 465.00 20 16-QAM 3/4 4 1 344 1 008 4 158.00 21 16-QAM 13/16 4 1 344 1 092 4 504.50 22 64-QAM 5/8 6 2 016 1 260 5 197.50 23 64-QAM 3/4 6 2 016 1 512 6 237.00 24 64-QAM 13/16 6 2 016 1 638 6 756.75
– Designed to support low-power handheld devices such as cell phones, as well as highperformance devices such as PCs; includes advanced power management. – – Support for beamforming, maximizing signal strength and enabling robust communication at distances beyond 10 metres. – Advanced security using the Galois/Counter Mode of the AES encryption algorithm. – Support for high-performance wireless implementations of HDMI, DisplayPort, USB, SDIO and PCIe through protocol adaptation layers (PALs).
Composite array radiation pattern in dB For beam i: the position vector is given by: the weighting is given by: Antenna array configuration (Row × Column) Base station: 16x16, mobile station: 4x2 Horizontal radiating element spacing d/lambda 0.5 Vertical radiating element spacing d/λ 0.5 ______________
Rec M 0 Leaky feeder systems in the land mobile services 16 Nov 93 5A 5 10 Rec M 1 Wireless communication systems for persons with impaired hearing 2-Feb-15 5A 2 10 Rec F 2 Characteristics of wireless systems operating in frequency bands above about 17 GHz Joint responsibility assigned by SG 5 Nov. 2008 29 Jan 05 5A/5C 2 12 Rec F 1 requirements and technologies for fixed wireless systems operating in bands below 3 GHz for the provision of wireless subscriber connections in rural areas 22 Sep 07 5A 2 12 Rec F 3 Fixed wireless systems for disaster mitigation and relief operations Joint responsibility assigned by SG 5 Nov. 2008 18 Feb 14 5A/5C 3 7, 12 Rec F 2 Probabilistic analysis for calculating interference into the fixed service from satellites using the geostationary orbit Joint responsibility assigned by SG 5 Nov. 2008 04 May 11 5A/5C 4 4, 9 Rec F 4 Determination of the criteria to protect fixed service receivers from the emissions of space stations operating in non-geostationary orbits in shared frequency bands Joint responsibility assigned by SG 5 Nov. 2008 29 Jan 05 5A/5C 4 4, 9 Rep M 0 Adaptation of mobile radiocommunication technology to the of developing countries 31 Dec 90 5A, 5D 2 10 Rep M 0 Digital cellular public land mobile telecommunication systems (DCPLMTS) 31 Dec 90 5A 2 1 Rep M 0 Integration of public mobile radiocommunication systems 31 Dec 90 5A 2 1 Rec F 3 Necessary and occupied bandwidths and unwanted emissions of digital fixed service systems 04 May 11 5A/5C 2 4 Rec F 4 Technical and operational characteristics of systems in the fixed service to facilitate sharing with the space research, space operation and Earth exploration-satellite services operating in the bands 2 0252 110 MHz and 2 2002 290 MHz 30 Sep 2015 5A/5C 4 9, 12 Rec M 0 Automatic determination of location and guidance in the land mobile services 24 Oct 97 5A 5 3, 7, 11 Rec M 0 Evolution of land mobile systems towards IMT-2000 24 Oct 97 5A 2 1 Rec F 4 Reference radiation patterns of omnidirectional, sectoral and other antennas for the fixed and mobile services for use in sharing studies in the frequency range from 400 MHz to about 70 GHz Joint responsibility assigned by SG 5 Nov. 2008 18 Feb 14 5A/5C 4 9, 12
4 Data rates Examples of data 1) IEEE and : Table 1 and Table 2 list the rates for the IEEE and specifications. TABLE 1 for single carrier operation MCS index Modulation NCBPS Repetition Code rate Data rate (Mbit/s) 0 π/2-DBPSK 1/2 27.5 1 π/2-BPSK 1 2 1/2 385 2 π/2-BPSK 1 1 1/2 770 3 π/2-BPSK 1 1 5/8 962.5 4 π/2-BPSK 1 1 3/4 1 155 5 π/2-BPSK 1 1 13/16 1 251.25 6 π/2-QPSK 2 1 1/2 1 540 7 π/2-QPSK 2 1 5/8 1 925 8 π/2-QPSK 2 1 3/4 2 310 9 π/2-QPSK 2 1 13/16 2 502.5 10 π/2-16QAM 4 1 1/2 3 080 11 π/2-16QAM 4 1 5/8 3 850 12 π/2-16QAM 4 1 3/4 4 620 25 π/2-BPSK 1 1 13/28 626
TABLE 6 Rates for single carrier operation MCS index Modulation NCBPS Repetition Code rate Data rate (Mbit/s) 0 π/2-DBPSK 1/2 27.5 1 π/2-BPSK 1 2 1/2 385 2 π/2-BPSK 1 1 1/2 770 3 π/2-BPSK 1 1 5/8 962.5 4 π/2-BPSK 1 1 3/4 1 155 5 π/2-BPSK 1 1 13/16 1 251.25 6 π/2-QPSK 2 1 1/2 1 540 7 π/2-QPSK 2 1 5/8 1 925 8 π/2-QPSK 2 1 3/4 2 310 9 π/2-QPSK 2 1 13/16 2 502.5 10 π/2-16QAM 4 1 1/2 3 080 11 4 1 5/8 3 850 12 4 1 3/4 4 620 25 π/2-BPSK 1 1 13/28 626 26 π/2-BPSK 1 1 13/21 834 27 π/2-BPSK 2 1 52/63 1 112 28 π/2-QPSK 2 1 13/28 1 251 29 π/2-QPSK 2 1 13/21 1 668 30 π/2-QPSK 2 1 52/63 2 224 31 π/2-QPSK 2 1 13/14 2 503 TABLE 7 Rates for OFDM operation MCS Modulation Code rate NBPSC NCBPS Data rate (Mbit/s) 13 1/2 1 336 168 693.00 14 5/8 1 336 210 866.25 15 QPSK 1/2 2 672 336 1 386.00 16 QPSK 5/8 2 672 420 1 732.50 17 QPSK 3/4 2 672 504 2 079.00
Rep M 0 Characteristics of amateur stations in the range 415-526.5 kHz for sharing studies 22 Nov 10 5A 1 A Rep M 0 Compatibility of amateur service stations with existing services in the range 415-526.5 kHz 22 Nov 10 5A 1 A Rep M 0 System design guidelines for wide area sensor and/or actuator network (WASN) systems 23 Nov 11 5A 5 12 Rep M 0 Introduction to cognitive radio systems in the land mobile service 23 Nov 11 5A 5 10 Rep M 0 Description of amateur and experimental operation between 415 and 526.5 kHz in some countries 23 Nov 11 5A 1 A Rep M 1 Multiple Gigabit wireless systems in frequencies around 60 GHz Draft revision submitted to SG 5. 11 Nov 14 5A 2 12 Rep M 1 Advanced intelligent transport systems (ITS) radiocommunications 21 Jul 15 5A 5 3 Rep M 0 Guidance for the development of band plans with contiguous bandwidths for mobile broadband applications for use in spectrum planning 19 Nov 12 5A 4 1, 9 Rep M 0 Characteristics of amateur radio stations in the range 5 250-5 450 kHz for sharing studies 3 Dec 13 5A 1 A Rep M 0 Systems for public mobile communications with aircraft 3 Dec 13 5A 2 10 Rep M 0 Cognitive radio systems in the land mobile service 11 Nov 14 5A 5 10 Rep M 0 Sharing and compatibility analysis of possible amateur service stations with land mobile, and radiolocation services in the frequency band 5 2505 450 kHz and the aeronautical mobile service in an adjacent band 11-Nov-2014 5A 1 A Rep M 0 Radiocommunication objectives and requirements for Public Protection and Disaster Relief (PPDR) Draft revision submitted to SG 5. 21 Jul 15 5A 3 7 Rep M 0 Operational guidelines for the deployment of broadband wireless access systems for local coverage operating below 6 GHz 21 Jul 15 5A 2 12 Rep M 0 Introduction to railway communication systems 21 Nov 16 5A 2 3 1.3 Handbooks, Opinions and Resolutions Type No. Rev Title Comments Approved WP WG Topics Handbook 0 Land mobile (including wireless access) : Fixed wireless access 2nd edition See NOTE 1 20 Mar 00 5A 2 12
CONDITION/APPEARANCE – 4 of 5 Waste Reception should be enough waste bins to help keep litter to a minimum. Also: They should have liners, be big enough for the area/ purpose, and be emptied regularly and not overflow They should have ‘no touch’ or foot-operated mechanisms, which should be working They should have a solid outer cover (i.e. no ‘free-hanging’ bags) Clinical waste storage bins should always be locked and should never be so full that they prevent closing. lifts, toilets Other Notes optional (reasons for failure must be recorded) ACCESS Are there handrails in corridors? (N/A applies only where there are no corridors). Y/N/ NA Is it possible to the handrails properly Y/N Are the handrails in a colour that contrasts with the walls? Y/N Are there small seating areas for people to rest along corridors? Note: Assessing teams will need to determine for themselves whether the corridor is of sufficient length to warrant seating, but should err on the side of caution given some patients will be able to walk only very short distances without needing to rest. N/A may be used where it is determined no seating is necessary Y/N/ NA RECEPTION/WAITING AREAS Where there are steps to the reception area, is there a ramp to assist those with mobility difficulties? Y/N/ NA Where there is a ramp, does it have a slip-resistant surface which still allows a ‘shuffling’ gait? Y/N Does seating provided in reception/ waiting provide for the range of patient needs including chairs of different heights, chairs both with and without arms and bariatric chairs? (N/A only to be used where there is no reception/waiting area) Y/N/ NA Is there space in reception areas for wheelchairs and for those accompanying patients to sit together? Y/N Is there a hearing loop or other portable assistive system at the reception desk? N/A only where there is no reception desk Y/N/ NA
Radiocommunication Study Groups Source: Document 5A/TEMP/271 Subject: WRC-19 agenda item 1.12 Resolution 237 (WRC-15) Annex 9 to Document 5A/650-E 17 November 2017 English only Annex 9 to Working Party 5A Chairman’s Report WRC-19 1.12 Working Party 5A/Meeting Work plan 16th meeting May 2016 WP 5A, based on input contributions, develop and adopt a work plan, including: – continue developing the PDN Report ITU-R M.[ITS USAGE] (relevant parts thereof maybe referenced in the CPM Text); – review of relevant existing ITS Recommendations and Reports (relevant parts thereof maybe referenced in the CPM Text); – review of relevant existing standards and on-going ITS standardisation activities; – develop initial draft CPM Text outline; – liaise as needed with concerned groups requesting further information. 17th meeting November 2016 WP 5A, based on input contributions, – continue developing the PDN Report ITU-R M.[ITS USAGE] (relevant parts thereof maybe referenced in the CPM Text); – review of relevant existing standards and on-going ITS standardisation activities; – working on draft CPM Text outline; – liaise as needed with concerned groups on progress; – update work plan as needed. 18th meeting May 2017 WP 5A, based on input contributions, – continue developing the PDN Report ITU-R M.[ITS USAGE] (relevant parts thereof maybe referenced in the CPM Text); – initiating work on a working document towards preliminary draft new Recommendation on ITU-R M.[ITS_FRQ]; – review of relevant existing standards and on-going ITS standardisation activities; – continue working on CPM Text; – liaise as needed with concerned groups on progress; – update work plan as needed. 19th meeting November 2017 WP 5A, based on input contributions, – continue working on the draft new Report ITU-R M.[ITS USAGE] (relevant parts thereof maybe referenced within CPM Text); – continue working on draft Recommendation on ITU-R M.[ITS_FRQ]; – continue working on draft CPM Text; – update work plan as needed.
Badj: Band adjustment to from 5 GHz band to FSS feeder link band Bc: CDMA carrier channel bandwidth f: Bandwidth factor (average of e.i.r.p. at the receiver (assuming no losses) to the power that would be present in the CDMA carrier receive channel) in dB CD: Density corresponding to grid demographic from table 4 DR: Average antenna discrimination of RLANs in a grid in the direction of the MSS satellite Ed: Peak e.i.r.p per user from satellite Er: Average e.i.r.p. of RLANs Eu: Nominal e.i.r.p. of gateway earth station f: Neighboring cell interference factor Gf: Antenna gain of the satellite feeder antenna in the direction of the grid center Gr: Receive antenna gain user terminal (service link) Gt: Satellite transmit antenna gain (service link) Iagg: Effective aggregate RLAN interference power into a CDMA carrier channel of the FSS FDM feeder channel at satellite includes impact of both indoor and outdoor RLANs Iin: Simulated external interference power into CDMA carrier feeder channel at satellite transponder including building loss for all grid calculations Iout: Simulated external interference power into CDMA carrier feeder channel at satellite transponder excluding building loss for all grid calculations Ie: Intra-system interference spectral density in service downlink at user terminal Io: Intra-system interference spectral density Is: Intra-system interference spectral density in feeder up link at satellite Iup: Intra-system interference feeder uplink k: Boltzmann's constant 1.38 x 10-23W/s/K Lb: Transmission loss for slant distance computed LBEL: Building entrance loss LCES: to space clutter loss LG: Total grid path loss including transmission loss and other propagation losses Lf: Antenna feed loss Lfdr: Path loss computed for feeder uplink Lscv: Path loss computed for service downlink Lx: Cross-polarization discrimination m: Number of times in which the averaged aggregate interference level calculated exceeds the threshold interference level MS: System margin Nb: Number of simultaneous CDMA user channels a satellite supports in a beam (cell) Nc: Number of simultaneous user channels supported in each CDMA carrier channel
Scoring Range:- 4 = Very Good 3 = Good 2 = Acceptable 1 = Poor 0 = Very Poor Weighting Factor - 3 Scoring Range:- 2 = Good 1 = Acceptable 0 = Poor Unweighted Scoring Range:- 2 = Yes 0 = No Since the temperature of food is either appropriate or not, there is no third option for this question Unweighted Item e.g. Soup (type); Meat, Fish, Cottage Pie, Chicken curry, Salad, Sandwich, Vegetable (type), Dessert (type) Taste Score – did the food taste good? If not, note below why – e.g. too salty; tasteless or lacking flavor; bland. Texture/appearance Score – was the texture of the food good e.g. Was the meat tender? Was pasta or rice properly cooked (e.g. not hard or soggy)? Was bread fresh? Were vegetables firm but not hard or watery/ mushy? If not, note why below e.g. tough/ chewy meat; ‘grey’ fish; lumpy potatoes; soggy/ hard bread or pasta Temperature – was the food at the appropriate temperature? Hot food should be hot, cold or chilled/frozen (e.g. ice cream) should still be cold/chilled/frozen). Enter Y or N Was food attractively presented on the plate, did the presentation look appealing – e.g. were separate elements kept apart? Did the food meet your expectations? Would you be happy to eat it? Notes – Please use this box to write down any comments you have in relation to the questions above (Taste; Texture/Appearance; Temperature) as well as any additional comments/ observations you may wish to make.
The characteristics in Table 3.1.1-4 are representative of an average antenna for all User Equipment within a population of RLAN devices operating at 5 725-5 850 MHz. User Equipment can be defined as mobile or portable devices such as smart phones, tablets, notebooks, wireless scanners etc. 3.1.1-4 RLAN User Equipment antenna (mobile/portable device) # Type Gain (dBi) Antenna height ground (m) 1 Omni-directional Antenna 1.3 1 to 1.5 NOTE: This value is the averaged value obtained from a survey on RLAN UE antennas. For simplicity, this antenna is assumed to be isotropic. The antenna pattern in Table 3.1.1-5 is considered as a representative average antenna pattern for indoor access points within the RLAN population operating at 5 725-5 850 MHz. The table specifies the gains available at elevation angles; the antenna pattern is omni-directional in azimuth. 3.1.1-5 Example of Indoor RLAN Access Omni-directional (azimuth) Antenna - Elevation Pattern Elevation angle θ (Degrees) Gain (dBi) 45 θ 90 -4 35 θ 45 0 0 θ 35 3 –15 θ 0 -1 –30 θ –15 -4 –60 θ –30 -9 –90 θ –60 -8 The elevation angles in Table 3.1.1-5 are defined from the viewpoint of the RLAN Access Point when mounted to the ceiling. Positive elevation angles are towards the ground and negative elevation angles are towards the sky (typically, the RLAN Access Point is installed for optimal coverage). The pattern is normalised to 3 dBi gain on boresight. 3.1.1-6 sets out the characteristics of RLAN antennas used on fixed indoor or outdoor equipment such as Access Points, Bridges, P2P or P2MP installations. The corresponding antenna patterns are provided in Figure 3.1.1-2 to Figure 3.1.1-5 below. 3.1.1-6 Typical Fixed indoor and outdoor RLAN antenna (access points, bridges, P2P and P2MP) # Type Gain (dBi) Indoor / Outdoor Antenna pattern Antenna Height (m)
- BROADCASTING 5.162A 5.164 5.165 5.169 50-54 AMATEUR 5.162A 5.167 5.167A 5.168 5.170 - BROADCASTING 5.162A 5.164 5.165 5.169 -68 BROADCASTING 54-68 BROADCASTING Mobile 54-68 MOBILE BROADCASTING 5.162A 5.163 5.164 5.165 5.171 5.172 5.162A ADD 5E11 Additional allocations: In countries not listed in No. 5.169 stations in the amateur service not cause harmful interference to other services to which this band is allocated. The operation of station in the amateur service shall be subject to agreement obtained under No. 9.21 with respect to the broadcasting service. For identification of potentially affected administrations in the Region 1 the field strength value of 6 dB(μV/m) for 10% of the time produced at 10 m above ground level at the border of the territory of any other administration shall be used. (WRC-19) 5/1.1/5.5 For Method C ARTICLE 5 Frequency allocations Section IV – Table of Frequency Allocations (See No. 2.1) MOD 47-75.2 MHz Allocation to services Region 1 Region 2 Region 3 47- BROADCASTING 5.162A 5.163 5.164 5.165 47-50 FIXED MOBILE 47-50 FIXED MOBILE BROADCASTING 5.162A - BROADCASTING 5.162A 5.164 5.165 5.169 50-54 AMATEUR
24250 – 52600 MHz: For LTE component RIT: The following frequency are currently specified, in accordance with spectrum requirements defined by Report ITU-R M.2411-0. Introduction of other ITU-R IMT identified bands are not precluded in the future. 3GPP technologies are also defined as appropriate to operate in other frequency arrangements and bands. Detailed information on the following bands can be found in [36.101] sub-clause 5.5. 450 – 6000 MHz:
[36.321] TS36.321v15.0.0 “Evolved Universal Terrestrial Radio Access (E-UTRA); Medium Access Control (MAC) protocol specification” [36.322] TS36.322v15.0.0 “Evolved Universal Terrestrial Radio Access (E-UTRA); Radio Link Control (RLC) protocol specification” [36.401] TS36.401v15.0.0 “Evolved Universal Terrestrial Radio Access Network (E-UTRAN); Architecture description” [37.340] TS37.340v15.0.0 “NR; Multi-connectivity; Overall description; Stage-2” [38.101] TS38.101v15.0.0 “NR; User Equipment (UE) radio transmission and reception” [38.133] TS38.133v15.0.0 “NR; Requirements for support of radio resource management” [38.201] TS38.201v15.0.0 “NR; Physical layer; General description” [38.211] TS38.211v15.0.0 “NR; Physical channels and modulation” [38.212] TS38.212v15.0.0 “NR; Multiplexing and channel coding” [38.213] TS38.213v15.0.0 “NR; Physical layer procedures for control” [38.214] TS38.214v15.0.0 “NR; Physical layer procedures for data” [38.215] TS38.215v15.0.0 “NR; Physical layer measurements” [38.300] TS38.300v15.0.0 “NR; Overall description; Stage-2” [38.304] TS38.304v0.0.7 “NR; User Equipment (UE) procedures in idle mode” [38.321] TS38.321v15.0.0 “NR; Medium Access Control (MAC) protocol specification” [38.322] TS38.322v15.0.0 “NR; Radio Link Control (RLC) protocol specification” [38.401] TS38.401v15.0.0 “NG-RAN; Architecture description” ______________
Beyond specific parameters for the earth and space stations applying to non-GSO constellations as indicated above, administrations and operators may agree on a more dynamic coordination approach based e.g. on orbit synchronization and the usage of the systems in real-time, taking account of all non-GSO systems in operation. In such a case, beyond the traditional bilateral coordination approach systems and to ensure that the data for such dynamic coordination approach be easily available and regularly updated, a new coordination process might be considered that would include regular multilateral meetings involving the relevant parties with milestone
medical services. Generally it is not intended for publication. However, to minimise burden across the system and ensure patients have access to the most recent data, NHS Choices will be supplied with data in relation to: • Question 1H. Practice telephone number (for patients). • Practice Services Section (i.e. Chapter 4): all content. • Premises and Equipment Questions on wheelchair accessibility questions 3E and 3F • Interoperable patient records questions: 6F and 6G. • The electronic practice catchment area, the practice website address, branch practice opening times and where relevant practice facebook page. 26. Publication 27. Requesting Organisation NHS England 28. Collection Method Web based collection 29. NHS Mandate Commitment NHS England Policy of Assurance Management of Primary Medical Services 30. Changes last assessment Questions asked in the annual electronic declaration have been updated to account for: Changes in the contract. Changes in referencing. Changes relevant to the onward uses of information. Changes to account for additional reasonable requests for information. 31. Data in operational systems No 32. Plans for collecting this data from operational systems
6 RESOLUTION 344 (REV. WRC-12) Management of the maritime identity numbering resource relevant Proposals: IMO – NOC/MOD NOC 7 RESOLUTION 354 (WRC-07) Distress and safety radiotelephony procedures for 2182 kHz Still relevant Proposals: ICAO - NOC IMO – NOC/MOD NOC 8 RESOLUTION 356 (WRC-07) ITU maritime service information registration relevant Proposals: ICAO - NOC IMO – NOC/MOD NOC 9 RESOLUTION 417 (REV. WRC-15) Use of the frequency band 960-1 164 MHz by the aeronautical mobile (R) service Still relevant Proposals: ICAO – NOC NOC 10 RESOLUTION 424 (WRC-15) Use of Wireless Avionics in the frequency band 4 200-4 400 MHz Still relevant Adopted within WRC-15 AI 1.17 (WAIC) Proposals: ICAO – NOC NOC 11 RESOLUTION 612 (REV. WRC-12) Use of the radiolocation service between 3 and 50 MHz to support oceanographic radar operations Still relevant Proposals: ICAO – NOC IMO – NOC/MOD NOC ______________
10. End Date 15/05/2014 11. FT Collection Type VOLUNTARY 12. Collection Type VOLUNTARY 13. Owning Organisation NHS England 14. Owning Department NHSIQ 15. Owner Name and Contact Details Name: Jarman Email: kevin.jarman@nhsiq.nhs.uk Tel No: 02079721617 Location: Skipton House 16. Senior Supporting Official Name Steve Clarke 17. Senior Supporting Official Contact Details Title: Steve Clarke Tel No: 0207 210 5737 Email: steve.n.clarke@dh.gsi.gov.k Location: Richmond House 18. Data Provider - Burden Days 88.2