zilongwang/ReadingBank huggingface dataset:
A session was held on 11 October 2011 with 17 persons who stayed and defended their properties during the Roleystone/Kelmscott fire. FESA, DEC and the Department for Child Protection were also present. The session was conducted with clear 2-way communication between FESA Incident Controllers and the residents with an independent facilitator. Significant positive feedback was received from participants who appreciated the opportunity. FESA has sought responses to issues raised from the specific entities responsible (FESA, affected local governments, Water Corporation). A second debrief session with families was held in December 2011. 25. The Fire and Emergency Services Authority immediately comply with the provisions of WESTPLAN BUSHFIRE and formally declare incidents at their appropriate level and document and communicate those decisions in a similar way to the systems used by the Department of Environment and Conservation and the Western Australian Police. FESA 26. The Fire and Emergency Services Authority develop formal procedures for mandating the completion of Incident Action Plans, ensuring the documents are detailed and that they record critical decision making. Outcomes Timelines for the completion of Incident Action Plan (IAP) documents have been completed. A new position of Public Information Officer was created to manage information delivered to the media and the community. New, updated and standardised incident level declaration forms have been created and agreed by all agencies. New processes, procedures, work instructions and business rules have been inserted into FESA operational procedures. Changes were made to State Emergency Management Policies (SEMP) 4.1. Major Emergency Management Coordination Guidelines (MEMCG) have been updated and re-named “Operational Procedures for the Command, Control and Coordination of Major Incidents”. WESTPLAN-BUSHFIRE has been updated to include relevant changes. The Incident Management Toolbox has been revised to incorporate critical infrastructure. An AIIMS toolkit DVD has been produced with copies provided to Local Governments and DEC. 27. The Fire and Emergency Services Authority review its use of the Australian Interagency Incident Management System (AIIMS) to ensure that the most appropriate resources (including aerial resources) are used to respond to an incident. If resources are rejected during an incident either through the decision making process or other grounds, the reason for the decision should be documented. FESA Outcomes Updated work practices and information tools have been developed which include: Options for improvements in the Personal Incident Diary;
Development of business plan to attract funding for the establishment of a new Sierra Leone Public Service Academy Commonwealth Secretariat, 2012 Project Reference: G/AFR/243 Draft Business Plan (including cost estimates) for the establishment of a new Sierra Leone Public Service Academy This draft is intended for review at a meeting to be held at the Public Sector Reform Unit (PSRU), Office of the President, Sierra Leone, on Thursday 19 October 2012. The plan remains a working document, and has been provided for reference, and to receive input and feedback from partners in Sierra Leone on its initial recommendations. Feedback and suggestions be very much appreciated. VERSION 1.0 Letter of Support It is the view of the consultant that a letter of support from the PSRU, or the Office of the President, expressing support and government backing for the expansion and development of the CSTC, as well as the subsequent
37. Call Notices 48 38. Forfeiture of Shares 50 39. Surrender of Shares 51 Appendix A – Preference/Special Dividend 53 Appendix B – IPO Preference 55 Appendix C – Redemption 56 Appendix D – “Pay to Play” 58 Appendix E – Variation of rights 59
Rental Housing Owner-occupied Rehabilitation Affordable Housing CDBG: $0 Public service activities for Low/Moderate Income Housing Benefit Households Assisted 1 0 0.00% Rental Housing Owner-occupied Rehabilitation Affordable Housing CDBG: $0 Rental units rehabilitated Household Housing Unit 1 0 0.00% Special Needs Population Affordable Housing Special Needs CDBG: $8000 Public service activities other than Low/Moderate Income Housing Benefit Persons Assisted 5 43 860.00% 8000 8000 100.00% Special Needs Population Affordable Housing Special Needs CDBG: $8000 Homeowner Housing Rehabilitated Household Housing Unit 5 1 20.00% Weatherization Assistance Affordable Housing CDBG: $2500 Public service activities for Low/Moderate Income Housing Benefit Households Assisted 15 15 100.00% Weatherization Assistance Affordable Housing CDBG: $2500 Rental units rehabilitated Household Housing Unit 0 0 1 1 100.00%
Match Contribution for the Federal Fiscal Year Project No. or ID Date of Contribution Cash (non-Federal sources) Foregone Taxes, Fees, Charges Appraised Land/Real Property Required Infrastructure Site Preparation, Construction Materials, Donated labor Bond Financing Total Match 1030 Brighton Road 08/01/2014 125 0 0 0 0 0 125 105 Roswell Drive 08/07/2014 17,071 0 0 0 0 0 17,071 112 Garland 09/17/2014 501 0 0 0 0 0 501 1520 Eggert Road 05/20/2014 551 0 0 0 0 0 551 159 Gould Street 09/03/2014 14,371 0 0 0 0 0 14,371 2365 Kensington Avenue 10/23/2013 13,711 0 0 0 0 0 13,711 275 Springville Avenue 03/03/2014 6,534 0 0 0 0 0 6,534 352 N Ivyhurst Road 04/03/2014 11,573 0 0 0 0 0 11,573 361 Bryant Street 03/28/2014 13,575 0 0 0 0 0 13,575 436 Capen Boulevard 08/14/2014 7,557 0 0 0 0 0 7,557 459 Campus Drive 12/18/2013 10,123 0 0 0 0 0 10,123
Non-credit (Workshops, Seminars, Retreats): “To Sing the Lord’s Songs: On Reading Biblical Poems”; “The First Word: Reading the Old Testament”; “Pursuing Wisdom: Reading & Understanding the Proverbs of Solomon”; “And So It Happened: Reading Biblical Stories”; Old Testament Survey; “Psalms & Wisdom Literature”; “Wicked World; Wise Students” References available.
Discussion of Housing: The proposed project would not construct additional infrastructure that would lead to population growth nor would the project displace residents. Finding: No impact XIII. PUBLIC SERVICES Potentially Significant Impact Less Than Significant with Mitigation Incorporation Less Than Significant Impact No Impact Would the project: a) Result in substantial adverse physical impacts associated with the provision of new or physically altered governmental facilities, need for new or physically altered governmental facilities, the construction of could cause significant environmental impacts, in order to maintain acceptable service ratios, response times or other performance objectives for any of the public services: Fire protection? x Police protection? x Schools? x x Other public facilities? x Discussion of Public Services: The restoration project will not require any additional public services, nor require new governmental facilities. Finding: No impact XIV. RECREATION Potentially Significant Impact Less Than Significant with Mitigation Incorporation Less Than Significant Impact No Impact
a) Would the project increase the use of existing neighborhood and regional parks or other recreational facilities such that substantial physical deterioration of the facility would occur or be accelerated? x b) Does the project include recreational facilities or require the construction or expansion of recreational facilities which might have an adverse physical effect on the environment? x Discussion of Recreation: The restoration project will not increase the use of any recreational facility, nor will it include the construction or expansion of such facilities. Finding: No impact XV. TRANSPORTATION/TRAFFIC Potentially Significant Impact Less Than Significant with Mitigation Incorporation Less Than Significant Impact No Impact Would the project: a) Cause an increase in traffic which is substantial in relation to the existing traffic load and capacity of the street system (i.e., result in a substantial increase in either the number of vehicle trips, the volume to capacity ratio on roads, or congestion at intersections)? x b) Exceed, either individually or cumulatively, a level of service standard established by the county congestion management agency for designated roads or highways? x c) Result in a change in air traffic patterns, including either an increase in traffic levels or a change in location that results in substantial safety risks? x d) Substantially increase hazards due to a design feature (e.g., sharp curves or dangerous intersections) or incompatible uses (e.g., farm equipment)? x e) Result in inadequate emergency access? x f) Result in inadequate parking capacity? x g) Conflict with adopted policies, or programs supporting alternative transportation x
Policy Subcommittee – John Galloway, Subcommittee ISO New England Bulk Electric System Security Metrics Working Group (BESSMWG) – Larry Bugh, BESSMWG Chair, ReliabilityFirst – Security Metrics for State of the Reliability Report – Voting Item Compliance Enforcement and Input Working Group (CEIWG) – Paul Crist, CEIWG Chair, Lincoln Electric System VOIP Compliance Considerations Shared Facility Considerations Nuclear Personnel PRA’s Schedule of Important Dates: Dates Time Type Location Hotel June 6, 2017 June 7, 2017 12:00 p.m. – 5:00 p.m. 8:00 a.m. – 12:00 p.m. CIPC Meeting TBD TBD September 12-13, 2017 8:00 a.m.–12:00 p.m. CIPC Workshops TBD TBD December 12-13, 2017 12:00 p.m. – 5:00 p.m. 8:00 a.m. – 12:00 p.m. CIPC Meeting Atlanta TBD Closing Remarks and Action Items Adjournment
Teerthanker Mahaveer University Faculty Profile Name Dr Gagan Khare Designation Professor Age/ Gender 38/M E-mail ID gagankhare2002@yahoo.co.in Educational Qualification Degree Year College University BDS 2003 SDC,Meerut BRA, Agra MDS 2008 SDC,Meerut BRA, Agra Total Teaching Experience After MDS 9 year1 month Total No of Publications 13
Wednesday, September 27th; and Wednesday, November 8th. Mayor Kennedy expressed that it is good to have the meetings consistently on the same day of the week, if possible. Agenda Item 14. Other Business. Mr. Hathaway reminded those who wish continuing education credit for attending to sign in. Mr. Tebo congratulated John Addario for his appointment as Director of the Division of Building Codes and Standards; John has been acting Director since April. Matt also congratulated Panagiota Hyde for joining our staff to work with Joe Ball in our counsel's office on code-related matters. The meeting adjourned at approximately 12 PM.
Draft Conference timetable and workshop plan 9:00 for 9:15 Arrival, registration, coffee 9:15 – 9:30 Opening address Jack Cordery - Service Director Children & Family Services Cornwall Council 9:30 – 9:50 The VIG Service in Cornwall – setting the context Clare Lowry – manager of the VIG Service, Cornwall Council 9:50 – 10:50 How the essential foundations of early care in families and education mirror interactive relational therapy Professor Colwyn Trevarthen, Emeritus Professor of Child Psychology and Psychobiology at the University of Edinburgh 10:50-11:20 Coffee 11:20 – 12:20 Claske Houwing, Social Worker, Leader on Management Policy at Intermetzo, the Netherlands 12:20 – 1:05 Workshop A – 1 to 4 1:05 – 2:00 Lunch 2:00 – 2:15 WILD choir 2:15- 3:00 The Shared Review – A Dialogical Encounter Helen Gibson, UKCP Systemic Psychotherapist/supervisor and AVIGuk Practitioner and Supervisor 3:00 – 3:45 Workshop B -5 to 8 3:45 – 4:00 Tea 4:00 – 4:45 VIG in the Family Justice System Sarah Jonas and Sheena Walsh 4:45- 5:00 Plenary Hilary Kennedy Workshop plan Morning A 1 Ballroom - Video feedback promotes the early relations between Infants and vulnerable first time mothers. A quasi-experimental study of the Marte Meo method -Ingeborg Hedegaard Kristensen 2 Dining room (capacity 150) - Providing evidence to commissioners about the effectiveness of VIG with mothers and babies - Natasha Gray and Emma Custance 3 Tea Lounge (capacity 90) - VIG in Child Protection ( SWIFT) – Liz Smith 4 Café Atlantic (capacity 30) - VIG and Improving Access to Psychological Therapies for Children and Young People -Sallie Horner Afternoon B 5 Ballroom - Where angels fear to tread……using VIG on Mother and Baby Units to support attuned mother infant interactions at a time of mental health crisis - Dr O Baily Pearce, Dr J Spoors, Dr H Wilson
On completion of project, services of the employee shall be terminated. His/her appointment is purely on contract basis extendable at the maximum up to the project life subject to satisfactory performance of the appointee and he/she will have no claim/right what so ever for regularization etc. His/her services under the present contract shall not qualify him/her for pension/gratuity. His/her services can be terminated at one month notice. In case he/she wishes to resign at any time, one month’s notice will be necessary or in Lieu thereof one month’s pay shall be forfeited. His/her services will be liable to termination without any notice if his/her performance is not found satisfactory subsequently. He/she will be governed by Provincial Government concerning project contract appointments under the project policy as amended from time to time. His/her appointment is school based and non-transfer able. Stamp Duty, if any, on this instrument shall be borne by the employee. In witness where of the said _________________________________ and ___________________ on behalf of the Government have hereinto set their hands first above written. Signed by the Employee_____________________________________ In the presence of— Witness _______________________________________________ Signed by the Project Manager IT “160151-Establishment of 500 IT Labs in Government High Schools in Khyber Pakhtunkhwa Project, E&SE Department _________________________________________________ In the presence of— Witness _______________________________________________
DECISION COP5/11 Cooperation with the European DECISION COP5/12 Cooperation with the Alpine Convention DECISION COP5/13 Cooperation with other conventions and international bodies DECISION COP5/14 National implementation of the Carpathian Convention DECISION COP5/15 Programme of work and budget of the Carpathian Convention DECISION COP5/16 Administration and financial management of the Carpathian Convention and its Protocols DECISION COP5/17 Location of Permanent Secretariat Decision COP5/18 Date and venue of the meeting of the Conference of the Parties to the Carpathian Convention Decision COP5/19 Presidency of the Carpathian Convention
SECTION lll: LOCAL GOVERNMENT: MUNICIPAL FINANCE MANAGEMENT ACT NO. 56 OF 2003 SECTION 64: REVENUE MANAGEMENT The accounting officer of the municipality is responsible for the municipality revenues and must for this purpose take all reasonable steps to ensure - that the municipality has effective revenue collection systems consistent with Section 95 of the Municipal System Act and the municipality’s credit control and debt collection policy that revenue due to the municipality is calculated on a monthly basis that accounts for municipal taxes and charges for municipal services are prepared on a monthly basis, or less often as may be prescribed where monthly accounts are uneconomical that all money received is promptly deposited in accordance with the requirements of this Act into the municipality’s primary and other bank accounts that the municipality has maintains a management, accounting and information system which recognizes revenue when it is earned, accounts for debtors and accounts for receipt of revenue that the municipality has and maintains a system of internal control in respect of debtors and revenues as may be prescribed that the municipal charges interest on arrears, except where the council has granted exemptions in accordance with its budget-related policies and within a prescribed framework; and that all revenue received by the municipality including revenues received by any collecting agent on its behalf is reconciled at least on a weekly basis. The accounting officer must immediately inform the National Treasury of any payments due by an organ of state to the municipality in respect of municipal taxes or for municipal services, if such payments are regularly in arrears for periods of more than 30 days. NOTE: SECTION 164: FORBIDDEN ACTIVITIES Section 164(1) (c) lists as a forbidden activity by a municipality activity of loans to councillors or officials of a municipality and directors or officials of any municipality entity and members of the public. It has been assumed for purposes of compiling the credit control and debt collection policy that allowing any party to pay off arrears of rates and municipal services charges is not tantamount to the making of a loan in terms of Section 164.
We want to know what you think about our proposed cycling strategy. You can take part in our consultation by completing our questionnaire. You can complete the survey online - visit for details and more information. If you like to ask a question about the consultation or require a paper copy of the questionnaire please contact 020 8891 7660 or Contents Foreword ……………………………………………………………………………….. 4 Executive Summary …………………………………………………………………… 5 Introduction ……………………………………………………………………. 8 Cycling in Richmond – Context, Opportunities and Challenges ……….. 9 Objectives and Action Plan …………………………………………………. 14 Making cycling journeys safer and easier ………………………… 14 Developing cycling as an everyday option ……………………….. 19 Promote cycling as a safe, fun and healthy way to get around ... 21 Programme ……………………………………………………………………. 25 Targets and Monitoring ………………………………………………………. 28 Appendices Foreword trial
possible. However, this requires sufficient space on the footway or carriageway which can be challenging where roads are narrow. These proposals can only be delivered with the support of the local community and can be contentious if they involve taking road space away from motorised traffic or parking, even though more people cycling has the potential to reduce congestion and parking stress. 2.4.4 With increased investment in cycling, there must also be a renewed respect and tolerance amongst all road user groups, with particular consideration given towards the most vulnerable users i.e. pedestrians. Getting this message across can be challenging and needs to be achieved through sophisticated campaign work, education and training. 3. Objectives and Action Plan Richmond Cycling Vision To get more people cycling more by making cycling easier, safer and more integrated 3.0.1 In order to achieve Richmond’s cycling vision and overcome the issues and challenges outlined in Chapter 2, the following high level objectives are proposed. This chapter then details the actions that are proposed to help achieve each of these objectives in turn. Strategy objectives A Making cycling journeys safer and easier B Developing cycling locally as an everyday option C Promote cycling as a safe, fun and healthy way to get around 3.1 Objective A – Making cycling journeys safer and easier 3.1.1 It to encourage more of Richmond’s residents, employees and visitors to cycle it is important that they feel safe on the borough’s roads and that they can cycle with confidence and ease. Routes should be safe, as direct as possible, continuous, comfortable and easy to navigate. 3.1.2 The graph in Figure 2.5 shows that safety concerns are the most commonly cited barrier to taking up cycling so it is important for the Council to consider how to improve safety and also people’s perception of safety. The Council regularly reviews accident data to review any common trends and to address these accordingly. The latest analysis is included in the Technical Appendices to this strategy (see Appendix 2). The borough has a low rate of cycle casualties compared to other boroughs (see Figure 3.1 - the lighter the colour the lower the rate). trial
attributes; basic data types; primitive types; complex types; predefined derived types; enumerated types; codelist relationships and associations; composition and aggregation; stereotypes and optional, conditional and mandatory – attributes and associations; naming and name spaces; notes; packages. Recommendation 2: Data Quality Measure Conceptual Consistency to follow the guidelines from S-100 Part 1 and to be included in the Product Specification Logical Consistency > Domain Consistency: this is described in S-100 Part 5 – Feature Catalogue. This Part provides a standard framework for organizing and reporting the classification of real phenomena in a set of geographic data. It defines the methodology for classification of the feature types and specifies how they are organized in a feature catalogue and presented to the users of a set of geographic data. This methodology is applicable to creating catalogues of feature types in previously uncatalogued domains and to revising existing feature catalogues to comply with standard practice. It applies to the cataloguing of feature types that are represented in digital form. Its principles can be extended to the cataloguing of other forms of geographic data. Recommendation 3: Data Quality Measure Domain Consistency to follow the guidelines from Part 5 and to be included in the Product Specification Logical Consistency > Format Consistency this is described in S-100 Part 10 – Encoding formats. S-100 does not mandate particular encoding formats so it is left to developers of product specifications to decide on suitable encoding standards and to document their chosen format. The issue of encoding information is complicated by the range of encoding standards that are available, which include but are not limited to: ISO/IEC8211, GML, XML, GeoTiff, HDF-5, JPEG2000. Recommendation 4: Data Quality Measure Format Consistency to follow the guidelines from Part 10 and to be included in the Product Specification Logical Consistency > Topological Consistency this is described in S-100 Part 7 – Spatial Schema. It supports 0, 1, 2 and 2.5 dimensional spatial schemas and two levels of complexity – geometric primitives and geometric complexes. Some figures of this part are copied here as a quick reference:
Table G3: Final Decision - Expected bills – Fish River customers (real $2015-16) Customer Total bill at 2015-16 charges Total bill at charges % change EnergyAustralia – raw water 5,105,556 5,352,391 4.8% Minor customers – raw water 500 525 5.1% Minor customer – filtered water 791 833 5.3%
evidence exists to support initiation of hepatitis C virus treatment in patients with limited life expectancy (less than 12 months) due to comorbid conditions. For these patients, the benefits of hepatitis C virus treatment are unlikely to be realized, and palliative care strategies should take precedence.” Retreatment: Retreatment will be considered where there is evidence that such retreatment will improve patient outcomes. Please refer to AASLD guidelines for recommended retreatment regimens (hcvguidelines.org).
18. Parents with disability: Indicator – Improve the responsiveness of child, youth and family services in supporting parents with disability Year 1 actions Departmental outcomes that these actions will contribute to 18.1 Deliver the NDIS Sector Development Fund project, which will provide tools and resources to build the capacity of the child, youth and family services (CYF) workforces (family services, out-of-home care services and child protection). This will assist families to successfully access the NDIS and develop and implement effective plans. The project will support improved collaboration between the CYF sector and parents with disability and disability advocacy groups. 18.2 As part of the project, develop resources to support NDIS planners, support coordinators and Local Area Coordinators to work with vulnerable families with disability and to collaborate effectively with CYF services to integrate family and disability supports. Alignment: State disability plan – Action 11 (Vulnerable children and families) Owner: Children and Family Policy, Children, Families, Disability and Operations Services are inclusive and respond to choice, culture, identity, circumstances and goals. Services are safe, high quality and provide a positive experience. 19. Children with disability: State disability plan indicator – 3.2.4 Reduce prevalence and impact of abuse and neglect Year 1 actions Departmental outcomes that these actions will contribute to 19.1 Work with the National Disability Insurance Agency to establish effective partnerships with child and family services that respond to the urgent accommodation and family functioning needs of children with disability and their families during periods of crisis. 19.2 Transition children and young people receiving care through Victorian disability services to child and family services with no loss of quality or overall level of care and support. Alignment: State disability plan – Action 11 (Vulnerable children and families) Owner: Children and Family Policy, Children, Families, Disability and Operations Services are inclusive and respond to choice, culture, identity, circumstances and goals. Services are safe, high quality and provide a positive experience.
Priority Water Resources: With limited local money, groundwater aquifer protection will take priority over surface water protection. With limited local money, protection of the first encountered bedrock aquifer will take priority over lower aquifers. With limited local money, watersheds with documented water quality exceeding state and federal standards will receive priority over watersheds without documented exceedances. Existing Budget (2016): State Natural Resources Block Grants and County Revenue Amount a) Water Management Plan Implementation $104,000 b) Feedlot Regulation $ 79,000 c) Shoreland Regulation $ 6000 d) Wetland Regulation $ 32,000 e) Sewage Treatment System Regulation $ 89,000 2. Soil and Conservation District $ In-kind 3. State and Federal Agencies $ In-kind 4. Private Contributions $ In-kind 5. Environmental Trust Fund $ 22,000 Total $332,000 Implementation Plan Legend - Primary Partner Agencies SWCD Soil and Water Conservation District MDH Minnesota Department of Health DNR Department of Natural Resources BWSR Board of Water and Soil Resources MPCA Minnesota Pollution Control Agency MDA Minnesota Department of Agriculture NRCS Natural Resource Conservation Service SEMWRB Southeast Minnesota Resources Board MGS Minnesota Geological Survey ZWP Zumbro Watershed Partnership U of M University of Minnesota LCCMR Legislative-Citizen Commission on Minnesota Resources CRWD Cedar River Watershed District JPB Joint Powers Board IMPLEMENTATION PLAN (Revised Format) CORE ACTIVITIES (These activities support all “Priority Concerns” and all “Water Management Plan Objectives”):
an access seeker network location is a point in a network operated by a service provider that is not a point of interconnection or a customer transmission point In the Discussion Paper the ACCC sought comments on whether the above descriptions for a ‘point of interconnect’, ‘an access seeker network location’ and ‘a customer transmission point’ in the DTCS service description are sufficiently clear and whether it may be appropriate to consider a revised description for these terms. Views of interested parties Macquarie, NBN Co and Telstra submit that the current definitions for ‘a point of interconnect’, ‘an access seeker network location’ and ‘a customer transmission point’ in the DTCS service description are appropriate and do not need to be redefined. Nextgen submits that the definition of ‘customer transmission is unclear and proposes that ‘customer transmission point’ should be defined as a: point at which an access provider currently delivers a service to its own customers, wholesale or retail. ACCC preliminary views The ACCC notes that submitters, with the exception of Nextgen, either agree to retain current definitions or do not make any submissions. In relation to Nextgen’s definition of ‘customer transmission point’, the ACCC considers that Nextgen’s suggestion to define ‘customer transmission point’ provides further clarity and should be adopted into the service description. Other definitions of transmission points will be retained. Outdated terminology In the Discussion Paper the ACCC noted that a number of legislative changes have occurred since the last review of the DTCS declaration and that the service description should be updated to reflect these changes. The legislative changes include: the repeal of ordinary class exemptions (sections 152AS) and ordinary individual exemptions (section 152AT) from the CCA, and the replacement of the Trade Practices Act 1974 with the CCA. The ACCC also considered that it may be appropriate to review references to the term ‘exempt’ in the DTCS service description that ordinary class exemption and ordinary individual exemption processes have been repealed from the CCA. Views of interested parties NBN Co and Telstra submit that is has no issue with retaining ‘exempt’ in the current DTCS service description and NBN Co adds that if the term was to change, an appropriate definition could be ‘deregulated.’ Macquarie proposes to replace ‘exempt’ with ‘specified’ as the term exempt is usually used to describe something which is ‘free of obligation’ and in the context of the
Table 1: Required & Optional Evaluation Report Information Item Required Optional Section Properties (Section 5.1) X Design Base Metal Thickness per Gage Callout (Section 5.1) X Positive Load Test Results or Load Tables (Section 5.3) X1 Negative Load Test Results or Load Tables (Section 5.4) X Web Crippling (Section 5.3.1) X2 Clip/ Fastener Attachment Schedule (Section 5.4.4) X Air Infiltration Testing (Section 5.5) X Water Infiltration Testing (Section 5.5) X Fire Resistance (Section 5.6) X Hail Resistance (Section 5.7) X Wind Blown Debris Resistance (Section 5.8) X Drag Load Resistance (Section 5.9) X Notes: 1 - Shall be an optional report item if it can be calculated with section properties. 2 - Required if meets qualifications noted in Section 5.3.1 Table 2: Clip/ Fastener Attachment Schedule (Matrix) (Ref. 5.4.4)
ECC Decision on the withdrawal of ECC Decision of 30 March 2007 on availability of frequency bands between 3400-3800 MHz for the harmonised implementation of Broadband Wireless Access systems (BWA) (ECC/DEC/(07)02) DD Month YYYY
The harmonised use, exemption from individual licensing and free circulation and use of Earth Stations In-Motion (ESIM) operating with NGSO FSS satellite systems in the frequency bands 10.7-12.75 GHz and 14.0-14.5 GHz Approved DD MM YYYY
The GSMA has published two separate remote provisioning specifications for two different target markets: the Machine-to-Machine (M2M) market; and the Person-to-Person (consumer and business) market. 1 below provides an overview of the different roles and functions in the remote provisioning ecosystem and this is followed by a more detailed description in the subsequent sections. One entity can perform several different roles. Table 1: Description of the Stakeholders in the Remote Provisioning Supply Chain Stakeholder Description eUICC Manufacturer (EUM) The EUM is responsible for the initial cryptographic configuration and security of the eUICC. The eUICCs are delivered to other parties (e.g. DM) Device Manufacturer (DM) The DM produces the terminal equipment (e.g. mobile phones, smartphones, tablets, wearables). The DM is responsible for the implementation of any Local Profile Assistant (LPA) elements that reside on the device. It is also responsible for the implementation of any application that resides on the primary device allowing User Interface access to the companion device. Certificate Issuer (CI) The CI certificates for remote SIM provisioning entities and acts as a trusted third party for the purpose of authenticating the entities of the system. It communicates also with the Subscription Manager - Data Preparation + (SM-DP+) module. Connectivity Provider The connectivity provider provides an electronic communications service which consists in the conveyance of signals in order to provide and/or use an M2M service for exchange of information. M2M Service Provider The M2M service provider makes a contract with the for the provision of an M2M service that allows the exchange of information between devices/platforms using a fixed or mobile network. M2M-User The M2M-user purchases an M2M service from an M2M service provider and incorporates it into his own product/equipment, e.g. car manufacturers or electricity supply providers. user
very common, therefore this point has to be considered properly. In the meantime, the problem has been solved through software (frequencies used in this case were in the 2.4 GHz) DFS Deutsche Flugsicherung (D) It has been observed that sometimes frequencies are used that are forbidden by national and international regulations (e.g. 1090 MHz). Also datalink loss will be occurring sometimes, causing unplanned use of the UA. DGA (F) With medical operating and domestic application. In our country there are a lot of things who work with remote control EuroUSC International (G) Range issues are frequently experienced when operating in areas of intense 2.4GHz transmissions. Operators often experience poor reception of camera images when using 5.8GHz at the legal transmission power prompting them
<34 dBW 0 m >34 to 37 dBW 220 m >37 to 40 dBW 380 m >40 to 45 dBW 780 m >45 to 50 dBW 1500 m >50 to 55 dBW 2800 m >55 to 60 dBW 5100 m For ONEWEB Earth stations, with an e.i.r.p. of up to 37 dBW, the 220 m distance would apply. For other type of Earth stations, the distance should be calculated by taking into account the relevant e.i.r.p. level.
Recommendation ITU-R RS.1861, “Typical technical and operational characteristics of Earth exploration-satellite service (passive) systems using allocations between 1.4 and 275 GHz” Recommendation ITU-R RS.2017, “Performance and interference criteria for satellite passive remote sensing” ECC Report 066, “Protection of aircraft from satellite stations operating on the ground in the vicinity of airfields”, June 2005
EXISTING REGULATIONS AND PREVIOUS STUDIES RELEVANT TO THE WORK ITEM 5725-5875 Figure 10 below is an overview of the systems/services in the band 5725-5875 MHz. Figure 10: Overview of systems/services in the band 5725-5875 MHz 9: Overview of applications in the band 5725-5875 MHz Application Frequency Range ECC/ERC harmonization measure Standard Notes Amateur 5650-5850 MHz EN 301 783 [34] Amateur Satellite 5830-5850 MHz BFWA 5725-5875 MHz ECC/REC/(06)04 [19] EN 302 502 [37] DA2GC 5855-5875 MHz ECC/DEC/(15)03 [18] FSS Earth Stations 5850-5925 MHz EN 301 443 [33] Priority for networks ITS 5855-5875 MHz, 5875-5925 MHz ECC/DEC/(08)01 [17] ECC/REC/(08)01 [20] ERC/REC 70-03 [26] EN 302 571 [38] Only the part non- safety 5855-5875 MHz is considered here. ISM 5725-5875 MHz MBR 5852-5872 MHz, 5880-5900 MHz ECC/REC/(17)03 [21] EN 303 276 [40] Non-specific SRD 5725-5875 MHz ERC/REC 70-03 EN 300 440 [29] Radiodetermination applications 4500-7000 MHz ERC/REC 70-03 (Annex 6) EN 302 372 [36] Within the band MHz for TLPR application Radiolocation (military) 5250-5850 MHz TTT 5795-5815 MHz ERC/REC 70-03 (Annex 5) EN 300 674 [30][31][32] Within the band MHz. TTT in the band 5805-5815 MHz on a national basis Weather 5250-5850 MHz Ground based and airborne WIA 5725-5875 MHz ERC/REC 70-03 Not considered to be used outside factories
COVER PAGE for the Public Consultation of draft ECC Report 278 responding to SE 24 Work Item SE24_58 on Specific UWB applications in the bands 3.4 - 4.8 GHz and 6.0 - 8.5 GHz: Location tracking and sensor applications (LTA) for vehicular access systems The 78th WG SE meeting in January 2018 agreed to send draft ECC Report 278 for Public consultation taking into account the following comments. This draft ECC Report contains, amongst others, sharing studies between UWB and mobile service in the 3.4-3.8 GHz band, with a protection criterion of I/N=-6 dB for the protection of mobile systems. Late in the process, ECC/PT1 suggested to consider a protection criterion of I/N = -20 dB for mobile systems. Additional studies are expected to be performed during the public consultation for I/N=-20 dB. The intention is to introduce the results of these studies into the Report before final approval for publication. Specific UWB applications in the 3.4-4.8 GHz and GHz: Location tracking and sensor applications (LTA) for vehicular access systems approved DD Month YYYY
Existing mitigation techniques TPC and/or LDC Additional mitigation technique Trigger-before-talk (see 2.1.2) Cumulative Ton-time (per vehicle device) during bidirectional UWB communication (1 trigger) typ. 10 ms or less, max. 50 ms LDC requirements (see ETSI EN 302 065-3 [10], clause 4.5.3) will be kept in any case: Ton max < 5 ms Toff mean < 38 ms (averaged over 1 s) ∑Toff > 950 ms per second Mitigation factors Mitigation factors for Category A UWB device communication for proximity verification: Trigger-before-talk: UWB transmission is only initiated when necessary, in particular if the system indicates that UWB devices are in range; Wake-up mechanism for polling is not UWB; Only the physical proximity of a key triggers UWB communication. Very low activity factor (typ. < 0.00035%): Low duty-cycle for the communication due to short packages (small amount of data for command, authentication and/or status transfer); profile of functions is low. Once UWB communication is established, TPC can be used as additional mitigation. Low risk of aggregate transmissions (uncoordinated networks, ad-hoc communication): Door openings are uncoordinated events. Even in parking lots, door openings are single and sporadic events. B Category B UWB devices are UWB devices used for proximity monitoring. The core characteristic of these devices is that UWB transmissions are triggered by the system following a user event as in Category A and the communication is repeated for a limited time to check for the user's presence or exact location. Technical parameters Table 2: Technical parameters for Category B UWB devices System Parameter Signal Type Wide Band (UWB) Frequency Range 3.4 GHz to 4.8 GHz and/or 6 GHz to 8.5 GHz Transmit (e.i.r.p.) -41.3 dBm/MHz (Max) 0 dBm/50 MHz (Max) without exterior limit Operational Bandwidth System dependent, typ. > 500 MHz Data Rates System dependent
Spearman's Rank Correlation Spearman's Rank Correlation Student’s ltl = 6.429 Student’s ltl = 4.570 Stat. Sign. = 100.0% Stat. Sign. = 100.0% Table 32: Values of arbitrarily selected data of car bumper measurements Arbitrarily selected data Arbitrarily selected data Distance [m] Attenuation [linear] Distance [m] Attenuation [linear] HA1 18.5 0.19 HA21 25.8 0.07 VA32 36.7 0.06 VA12 12.4 0.27 VA3 12.3 0.10 VA33 38.0 0.01 HA34 42.6 0.04 HA24 29.0 0.06 VI2 9.5 2.85 HI1 18.5 0.38 VI32 36.7 0.02 VI12 12.4 2.84 HI4 22.8 0.30 VI3 12.3 0.94 HI34 42.6 0.09 HI24 29.0 0.07 VI31 38.8 0.72 VI21 23.1 0.68 HI32 37.2 0.37 HI12 10.8 3.22 HI3 9.5 1.53 HI33 37.2 0.22 VI34 40.5 1.90 VI24 25.8 0.61 HA2 7.3 1.40 VA1 14.4 0.77 HA32 37.2 0.13 HA12 10.8 0.45 VA4 18.5 0.67 HA3 9.5 4.47 VA34 40.5 0.58 VA24 25.8 0.90 HA31 40.5 0.03 HA11 20.2 0.12 VA2 9.5 0.69 VA22 20.4 0.06 VA13 14.6 0.23 VA23 20.4 0.04 HA4 22.8 0.37 HA14 24.1 0.07 HI21 25.8 0.13 HI11 20.2 0.27 HI31 40.5 0.09 VI22 20.4 0.38 VI13 14.6 0.56 VI23 20.4 0.24 HI14 24.1 0.04 VI33 38.0 0.03 VI11 16.5 1.59 VI1 14.4 2.28
GSO The Article 22.2 of the Radio Regulations [6] places a requirement for the protection of geostationary satellites networks operating in the bands 10.7-12.5 GHz and 14-14.5 GHz from unacceptable interference from NGSO satellite systems. The protection to be afforded to GSO satellite networks is stipulated in the No. 22.5C to 22.5I of Article 22 and Resolution 85. The compliance with the relevant provisions of the Radio Regulations will be the responsibility of notifying administrations of NGSO satellite systems. Such compliance will also be assessed by the ITU at the stages of notification and bringing into use of assignments of the NGSO satellite networks.
Table 11: Protection distance evaluation with each service, worst case multiple interferer Frequency sub-bands (kHz) Extrapolated Magnetic field (dBµA/m at 10m) EN 300 330: Limit Rec ERC 74-01 (dBµA/m at 10m) Primary service protection (cf. ECC Report 67) Service TX Bmax (dBµA/m at 10m) Cumulative effect Protection distance(m) (dBµA/m at 10m) Extrapolated protection distance (m) (dBµA/m at 10m) Domain Start Stop Start Stop VBW (kHz) # TX B Gain B max -5 -10 -15 -20 -25 -5 -10 -15 Av. (m) Spurious 9 446 -48 27.0 10.1 Broadcasting -48.0 9 100 40.0 -8.0 18 15 12 10 8 16 16 16 16 15 15.8 Aeronautical Radionavigation 7.0 2.7 30 29.5 36.5 17 14 12 10 8 84 84 87 88 85 85.3 In-band 446 457 7 10.1 10.0 Spurious 457 800 -48 10.0 7.6 Broadcasting -48.0 10 112 41.0 23 19 16 13 11 6.5 6.5 6.6 6.5 6.7 6.6 800 892 -73 7.6 7.1 Second Harmonic 892 914 -56 7.1 7.0 Spurious 914 1338 -73 7.0 5.4 Third Harmonic 1338 1371 -56 5.4 5.2 Spurious 1371 2000 -73 5.2 3.6 Amateur -73.0 2.7 30 29.5 1101 643 362 203 114 252 178 121 83 56 138.0 > 2000 < -73 < 3.6
LIST OF ABBREVIATIONS Abbreviation Explanation ANSP Air Navigation Service Provider ASR Airport surveillance radars ATC Air traffic control ATM Air traffic management CAA Civil Aviation Authority CEPT European Conference of Postal and Telecommunications Administrations e.i.r.p. equivalent isotropically radiated power EC European Commission ECC Electronic Communications Committee E-UTRA Evolved - Universal Terrestrial Radio Access FAQ Frequently Asked Questions ITU International Telecommunication Union LTE Long Term Evolution
MFCN Mobile/Fixed Communications Networks NATO North Atlantic Treaty Organization NJFA NATO Joint civil/military frequency agreement NRA National Regulatory Authority NSA National Supervisory Authority NTFA National Table of Frequency Allocations OB Outside Broadcasting (link) PMSE Programme Making and Special Events PSR Primary Surveillance Radar REC Recommendation RR Radio Regulations SSR Secondary Surveillance Radar VLBI Very Long Baseline Interferometry WGS84 World Geodetic System 1984
Pulse duration µs 20 and 100 1 1 100 0.8-2 Rise and fall time % of pulse length 1 % 10 % 16.9 % Not given 10 % Antenna rotation rpm 6-12 12-15 15 Recommendation ITU-R M.1849-1 [14] Scan in elevation Not given Fixed Recommendation ITU-R M.1849-1 [14] Selectivity dBc -60 -60 -60
Annex 9 to ERC/REC 70-03 [1] provides the regulation for inductive systems in the frequency range 95000 kHz as follows: Table 1: Existing regulation for inductive systems in the frequency range 9-5000 kHz - Annex 9 to ERC/REC 70-03 [1] Frequency Band (kHz) / Magnetic Field Spectrum access and mitigation requirements Modulation / maximum occupied bandwidth ECC/ERC Deliverable Notes a1 9-90 72 dBµA/m at 10m - The limit is reduced according to Table 2 No requirement Not specified In case of external antennas only loop coil antennas may be employed. strength level descending 3 dB/oct at 30 kHz a2 90-119 42 dBµA/m at 10m No requirement Not specified In case of external antennas only loop coil antennas may be employed a3 119-135 66 dBµA/m at 10m - The limit is reduced according to Table 2 No requirement See note 1 In case of external antennas only loop coil antennas may be employed. Field strength level descending 3 dB/oct at 119 kHz b 135-140 42 dBµA/m at 10m No requirement Not specified In case of external antennas only loop coil antennas
may be employed c 140-148.5 37.7 dBµA/m at 10m No requirement Not specified In case of external antennas only loop coil antennas may be employed k1 148.5-5000 -15 dBµA/m at 10 m No requirement Not specified In case of external antennas only loop coil antennas may be employed. The maximum strength is specified in a bandwidth of 10 kHz. The maximum allowed total field strength is -5 dBµA/m at 10 m for systems operating at bandwidths larger than 10 kHz whilst keeping the density limit (-15 dBµA/m in a bandwidth of 10 kHz) Note 1 - Sub-band a3): RFIDs operating in the frequency sub-band 119-135 kHz shall meet the spectrum mask given in EN 300 330. This will permit a simultaneous use of the various sub-bands within the range kHz. These limits in Table 1 are based on the study published in ECC Report 135 [2] to protect time signal systems. Table 2: Standard frequency and time signals to be protected 148.5
As of June 2018, NATO did not yet establish a position on the implementation of WPT-EV in the 79-90 kHz range. The range 14-148.5 kHz is a NATO harmonised band and essential to NATO and is in military use for naval communications and tactical non-directional beacons. From a military perspective, studies will need to show compatibility with applications of the existing services and that the introduction of WPT systems for electric vehicles has no harmful impact on military usage. NATO position: No NATO Position at this stage, however NATO Nations are actively monitoring this issue to assess the potential impact on NATO military usage.
400 PMR/PAMR 32 responses have been received from administrations in 2014: Albania Andorra Austria Azerbaijan Belarus Belgium Bosnia Herzegovina Bulgaria Croatia Cyprus Republic Denmark Estonia Finland France Georgia Germany Greece Hungary Iceland Ireland Italy Latvia Liechtenstein Lithuania Luxembourg The former Yugoslavian Republic of Macedonia (FYROM) Malta Monaco Montenegro Moldova Norway Polen Portugal Romania Russian Federation San Marino Serbia Slovak Republic Slovenia Spain Sweden Switzerland The Netherlands The United Kingdom Turkey Ukraine Vatican City In addition, the following 14 entities from industry and users have provided a response: Maxxwave (UK), JRC Ltd (UK), RADMOR S.A. (PL), Selex ES S.p.A. (I), Telecommunications Association of the UK Water Industry, Airbus Defence and Space (Cassidian) (F, FI), ANITEC (I), Thales – RCP (UK), TETRA and Critical Communication Association, Sepura plc (UK), Federation of Communication Services (UK), Motorola Solutions Inc (US, D, UK, DA), Motorola - MSI Dealers from various countries, ETSI ERM TG DMR. The detailed ECO summary of the questionnaire is embedded here:
When considering all aspects of the workflow diagram large parts of the concept have been determined. However, every administration will have specific needs and focal points which can only be considered by an own project team. Overview of mobile spectrum monitoring units equipment Like explained an administration can either develop large parts of the mobile spectrum monitoring units on its own or it will accept the offer of a full service provider. Especially in the case of self-development an administration needs to have an overview of all equipment which will be carried on the car. The Table 1 shows a possible approach how an administration can get this overview of required equipment. It can be seen, that the first three columns represent a general and detailed description of the type of equipment. Since the frequency range is a key factor of many devices it is given in column number four. Column five to eight deal with dimensions and weight of the equipment. When self-developing a mobile spectrum monitoring unit this information is of high importance. The sum of the weight for instance will give the projecting team a crucial indicator for the type of the vehicle (SUV, Van, truck …) which will be selected later in the project. Table 1: List of aproximate measurement, monitoring equipment and accessories used in mobile spectrum monitoring units Category Equipment Type Frequency Range Length mm Height mm Width mm Weight kg Antenna Set of antennas (case) 0,01 - 3000 MHz 550 170 420 6,7 Antenna Horn antenna 0,5 - 2,8 GHz 416 240 550 3,8 Antenna Yagi antenna 46 - 860 MHz 1050 580 250 8 Antenna LogPer antenna 230 MHz - 2,3 GHz 650 82 790 1,6 Antenna Parabolic antenna 1700 - 2100 MHz 1000 600 510 8,3 Measurement device Power meter 0,2 - 4000 MHz 270 200 300 5 Measurement device Signal generator 0,005 - 6000 MHz 430 190 350 20 Measurement device Real time analyser 9 kHz - 14 GHz 460 270 550 28 Measurement device Spectrum analyser 20 Hz - 8 GHz 470 180 520 15 Antenna accessories tripod 200 1200 200 13 Communication Network 200 50 150 0,5 IT-technology Laptop 350 20 250 3,3 Communication Walkie-talkie 150 MHz 50 200 20 0,3 Measurement accessories Set of freq. filter 1 – 300 MHz 200 100 300 1