zilongwang/ReadingBank huggingface dataset:
19. General Condition XVII Activities- Yes No Enter all activities that qualify as Louisiana Air Emissions Permit General Condition XVII Activities. Expand this table as necessary to include all such activities. See instructions to determine what qualifies as a General Condition XVII Activity. Do not include emissions from General Condition XVII Activities in the proposed emissions totals for the permit application. Emission Rates – TPY Work Activity Schedule PM10 SO2 NOx CO VOC Other 20. Insignificant Activities [LAC 33:III.501.B.5] - Yes No Enter all activities that qualify as Insignificant Activities. Expand this as necessary to include all such activities. For sources claimed to be insignificant based on size or emission rate (LAC 33:III.501.B.5.A), information must be supplied to verify each claim. This may include but is not limited to operating hours, volumes, and heat input ratings. If aggregate emissions from all similar pieces of equipment (i.e. all LAC 33:III.501.B.5.A.1 activities) claimed to be insignificant are greater than 5 tons per year for any pollutant, then the activities can not be claimed as insignificant and must be represented as permitted emission sources. Consult instructions. Emission Point ID No. Description Physical/Operating Data Citation
21. Regulatory Applicability for Commonly Applicable Regulations – Answer all below [LAC 33:III.517.D.10] Does this facility contain asbestos or asbestos containing materials? Yes No If “yes,” the facility or any portion thereof may be subject to 40 CFR 61, Subpart M, LAC 33:III.Chapter 27, and/or LAC 33:III.5151 and this application must address compliance as stated in Section 22 of this application Is the facility or process unit represented in this permit subject to 40 CFR 68, or is any other process unit located at the same facility as the process unit represented in this application subject to 40 CFR 68? Yes No If “yes,” the entire facility is subject to 40 CFR 68 and LAC 33:III.Chapter 59 and this application must address compliance as stated in Section 22 of this application. Is the facility listed in LAC 33:III.5611 5 Yes No Table 6 Yes No Table 7 Yes No Does the applicant own or operate commercial refrigeration equipment normally containing more than 50 pounds of refrigerant at this facility or process unit? Yes No If “yes,” the entire facility is subject to 40 CFR 82, Subpart F and this application must address compliance as stated in Section 22 of this application.
24.D. PSD Air Quality Analyses Summary A B C D E F G Pollutant Averaging Period Preliminary Screening Concentration (µg/m3) of Significant Impact (µg/m3) Significant Monitoring (µg/m3) (µg/m3) Maximum Modeled Concentration (µg/m3) Modeled + Background Concentration (µg/m3) NAAQS (µg/m3) Modeled PSD Increment (µg/m3) PM2.5 24-hour 1.2 4 35 Annual 0.3 - 15 PM10 24-hour 5 10 150 Annual 1 - 50 SO2 1-hour 7.8 - 195 3-hour 25 - 1300 24-hour 5 13 365 Annual 1 - 80 NOX 1-hour 7.5 - 188 Annual 1 14 100 CO 1-hour 2000 - 40,000 - 8-hour 500 575 10,000 - Lead 3-month - 0.1 1.5 -
E/ECE/324/Rev.1/Add.52/Rev.4−E/ECE/TRANS/505/Rev.1/Add.52/Rev.4 24 May 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 entered into force on 14 September 2017) Addendum 52: UN Regulation No. 53 Revision 4 Incorporating all valid text up to: Supplement 15 to the 01 series of amendments - Date of entry into force: 3 November 2013 Corrigendum 1 to Amendment 1 to Revision 3 of the Regulation (Erratum by the secretariat) Corrigendum 1 to Supplement 13 to the 01 series of amendments – Date of entry into force: 26 June 2013 Supplement 16 to the 01 series of amendments – Date of into force: 15 June 2015 Supplement 17 to the 01 series of amendments – Date of entry into force: 8 October 2015 Supplement 18 to the 01 series of amendments – Date of entry into force: 8 October 2016 02 series of amendments – Date of into force: 8 October 2016 Uniform provisions concerning the approval of category L3 vehicles with regard to the installation of lighting and light-signalling devices This document is meant purely as documentation tool. The authentic and legal binding texts of the supplements are listed on the following page. UNITED NATIONS
REASON FOR EXAMPLE: AMOUNT OF FEE CANNOT BE DETERMINED UNTIL ADVISED BY THE ACMA – SEE NOTES ON THIS FORM REGARDING PAYMENT OF FEES FOR FURTHER INFORMATION. Important notes on payment of fees: Where the correct payment does not accompany an application, the ACMA will notify the applicant of fees payable. The relevant fees are to be paid within 45 days from the date on the notification to the applicant. Should fees not be paid by the due date, the ACMA will consider refusing the application and the frequency may become available for assignment to other services. Applicants will be advised of review and appeal rights which apply to any decision to refuse an application. Cheques or money orders should be made payable to the Australian Communications and Media Authority. Consideration of an application attracts an administrative charge, even if the ACMA refuses to issue the licence. To avoid delays in processing, completed forms should be forwarded with the appropriate fee to: Radiocommunications Licensing and Telecommunications Deployment Section Operations Branch Belconnen ACT 2616 Telephone: 1300 850 115 Facsimile: (02) 6219 5347 Email: Declaration (A LICENCE MUST BE HELD BY EITHER AN INDIVIDUAL OR A BODY CORPORATE) I declare that the information provided in this application, and in any accompanying documents, by me as the applicant, or as a person authorised **by the applicant, is true and correct in every detail and that the equipment to be employed is of a type accepted by the ACMA for licensing purposes. SIGNATURE PRINT NAME DATE NAME OF AUTHORISED AGENT’S ORGANISATION (IF A BODY CORPORATE) **If you are not registered with the ACMA as an accredited person, attach copy of written agency agreement confirming that you are authorised to act on the applicant’s behalf in this particular matter; otherwise, sign the acknowledgment below. I certify that I am authorised to act as an in relation to this application. SIGNATURE PRINT NAME DATE NAME OF AUTHORISED AGENT’S ORGANISATION (IF A BODY CORPORATE)
No: Requirement Exempt or Does Not Apply Explanation Citation Providing for Exemption or Non-applicability The above table provides explanation for either the exemption status or non-applicability of a source cited by 2 or 3 in the matrix presented in Table 1 of this application.
NOX Change: CO 24-Month Period: MM/DD/YYYY – MM/DD/YYYY CO Change: VOC 24-Month Period: MM/DD/YYYY – MM/DD/YYYY VOC Change: CO2e 24-Month Period: MM/DD/YYYY – MM/DD/YYYY CO2e Change: * Unaffected emissions are not required to be listed individually. By choosing not to list unaffected emissions units, the applicant asserts that all emissions units not listed in Table 24.A will not be modified or experience an increase in actual annual emissions as part of the proposed project. 24.B. Creditable Contemporaneous Changes Contemporaneous Period: MM/DD/YYYY – MM/DD/YYYY A B C D E F Description Date of Modification Pre-Project Allowables (TPY) Baseline Actual Emissions (over 24-month period) 24-Month Period Post-Project Potential to Emit (TPY) Change PM2.5
PM10 24-hour 5 10 150 30 Annual 1 - - 17 SO2 1-hour 7.8 - 195 - 3-hour 25 - 1300 512 24-hour 5 13 365 91 Annual 1 - 80 20 NOX 1-hour 7.5 - 189 - Annual 1 14 100 25 CO 1-hour 2000 - 40,000 - - 8-hour 500 575 10,000 - - Lead 3-month - 0.1 1.5 - -
Annex 3 Methods and instruments for measuring the sound emitted by L1 category vehicles 1. Measuring instruments 1.1. Acoustic measurements 1.1.1. General The apparatus used for measuring the pressure level shall be a sound level meter or equivalent measuring system meeting the requirements of Class 1 instruments (inclusive of the recommended windscreen, if used). These requirements are described in IEC 61672-1:2013. Measurements shall be carried out using the time weighting "F" of the acoustic measuring instrument and the "A" frequency weighting curve also described in IEC 61672-1:2013. When using a system that includes periodic monitoring of the A-weighted sound pressure level, a reading should be made at a time interval not greater than 30 ms. The instruments shall be maintained and calibrated in accordance with the instructions of the instrument manufacturer. 1.1.2. Calibration At the beginning and at the end of measurement session, the entire acoustic measuring system shall be checked by means of a sound calibrator that fulfils the requirements of Class 1 sound calibrators according to IEC 60942:2003. Without any further adjustment, the difference between the readings shall be less than or equal to 0.5 dB(A). If this value is exceeded, the results of the measurements obtained after the previous satisfactory check shall be discarded. 1.1.3. Compliance with requirements Compliance of the sound calibrator with the requirements of IEC 60942:2003 shall be verified once a year. Compliance of the instrumentation system with the requirements of IEC 61672-1:2013 shall be verified at least every 2 years. All compliance testing shall be conducted by a laboratory which is authorized to perform calibrations traceable to the appropriate standards. 1.2. Instrumentation for speed measurements The rotational speed of the engine shall be measured with an instrument meeting specification limits of at least ±2 per cent or better at the engine speeds required for the measurements being performed. The road speed of the vehicle shall be measured with instruments meeting specification limits of at least ±0.5 km/h when using continuous measuring devices. If testing uses independent measurements of vehicle speed, this instrumentation shall meet specification limits of at least ±0.2 km/h.
6 December 2017 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 64 – UN Regulation No. 65 Revision 2 - Amendment 3 Supplement 10 to the original version of the Regulation – Date of entry into force: 10 October 2017 Uniform provisions concerning the approval of special warning for power-driven vehicles and their trailers This document is meant purely as documentation tool. The authentic and legal binding texts is: ECE/TRANS/WP.29/2017/29 (1622396). _________ UNITED NATIONS Paragraph 3.1., amend to read: "3.1. Special warning lamps submitted for approval shall bear the trade name or mark of the applicant, this marking shall be clearly legible and indelible." Paragraph 9., to read:
Annex 3 Certification “C”: Transposition of GCS and Provision of References for Recommendation ITU-R M.2012. ANNEX 1 Form “A” Notification of intention to provide a Global Core Specification or Directly Incorporated Specification for a new interface for Recommendation ITU-R M.2012 Date: <ENTER DATE> To: ITU-R From: <ENTER INFORMATION HERE (full particulars and contact information)> The undersigned, a duly authorized representative of <INSERT ORGANIZATION NAME> (the “RIT/SRIT PROPONENT”) I New RIT or SRIT case A) informs the ITU-R of its intent to be a GCS Proponent and (choose one) _________ to provide a Global Core Specification (or possibly multiple GCSs in case of an SRIT) for Recommendation ITU-R M.2012. Or _________ to provide a Directly Incorporated Specification for Recommendation ITU-R M.2012 II Existing RIT or SRIT case A) informs the ITU-R of the addition of the following GCS Proponent entity: B) informs the ITU-R of the removal of the following GCS Proponent entity: Signed, <ENTER SIGNATURE PARTICULARS DULY AUTHORIZED REPRESENTATIVE> ITU-R Contact: Sergio Buonomo E-mail: Counsellor, ITU-R SG 5 ANNEX 2
Urban for BS 0.02 Yes Outdoor for TS 0.02 Yes Indoor for TS 0.02 Yes ha Rural for BS 9 m Yes Urban for BS 20 Yes Outdoor for TS 12 Yes Indoor for TS 12 Yes Diameter = 32 m 30 Yes Diameter = 8 m 8 Yes Diameter = 1.2 m 8 Yes LP 8 dB Yes f 3.6 GHz Yes Configurable independent of Rec. ITU-R P.452-13 implementation p 20 % Yes φt, φr 40 degree Yes Configurable independent of Rec. ITU-R P.452-13 implementation ψt, ψr −100 degree Yes Configurable independent of Rec. ITU-R P.452-13 implementation hg 20 m No The software has a standard implementation of the smooth earth model. If terrain data is available, the height information from the terrain data will be used hm 10 m No The software will either use smooth or, terrain data, when available dtm 0.9d km No Automatically determined by the software based on available terrain data dlm 0.8d km No Automatically determined by the software on available terrain data dlt,dlr 0.25d km No Automatically determined by the software based on available terrain data θt, θr 17.45 mrad No Automatically determined by the software based on available terrain data and resulting geometry θ θt+ θr mrad No Automatically determined by the software based on available terrain data and resulting geometry db 0 km No Automatically determined by the software based on available terrain data γo+γw(ρ) 0.008 dB/km No Automatically derived by software based on carrier frequency ∆N 50 Yes h1 15 m No Automatically determined by the software based on available terrain data
4 Cenesp 15 5 Cenesp 18 6 Scania 7 Shell The is tested using the test variables given in Recommendation ITU-R P.311-12. Experimental reference in Earth-space links for first order statistics: Italsat link in Spino d’Adda at 18.7 GHz : RMS,CPA = 0.18 2 RMS Error for CPA Model / RMS CPA Experimental Data BARU BRAD CE15 CE18 SCAN SHEL M-B 0.47 0.23 0.16 0.16 0.28 0.34
Rep Role of the amateur and amateur-satellite services in support of disaster mitigation and relief 2011 Public Protection and Disaster Relief 2 Radio interface standards for use by public protection and disaster relief operations in some parts of the UHF band in accordance with Resolution 646 (Rev.WRC-12) 2019 Public Protection and Disaster Relief 2 Frequency arrangements for public protection and disaster relief radiocommunication systems in accordance with Resolution 646 (Rev.WRC-15) 2018 Public Protection and Disaster Relief 0 Harmonized frequency channel plan for broadband public protection and disaster relief operations at 4940-4990 MHz in Regions 2 and 3 2007 Public Protection and Disaster Relief 0 Interference protection of terrestrial mobile service systems using simulation with application to frequency sharing 2003 Spectrum Sharing Interference 0 Threshold levels to determine the need to coordinate between space stations in the broadcasting-satellite service (sound) and particular systems in the land mobile service in the band 1 452-1 492 MHz 1999 Spectrum sharing Rep Frequency sharing between the land mobile service and the broadcasting service (television) below 1 GHz 1990 Spectrum sharing 3 Co-frequency sharing between stations in the mobile service below 1 GHz and mobile earth stations of non-geostationary mobile- satellite systems using frequency division multiple access 2006 Spectrum sharing 0 Technical and operational characteristics of land mobile MF/HF systems 2007 Spectrum sharing 0 Technical and operational characteristics of conventional and trunked land mobile systems operating in the mobile service allocations below 960 MHz to be used in sharing studies 2007 Spectrum sharing 1 System characteristics of television outside broadcast (TVOB), electronic news gathering (ENG) and electronic field production (EFP) in the mobile service for use in sharing studies 2015 Spectrum Sharing 0 Characteristics of and protection criteria for systems operating in the mobile service in the frequency range 14.5-15.35 GHz 2015 Spectrum Sharing -2 Rep Characteristics of broadband wireless access systems operating in the land mobile service to be used in sharing studies 2013 Spectrum Sharing Wireless Access, including Rep Sharing and compatibility analysis of possible amateur service stations with fixed, land mobile, and radiolocation services in the frequency band 5 250-5 450 kHz and the aeronautical mobile service in an adjacent band 2014 Spectrum Sharing 5 Technical characteristics of equipment and principles governing the allocation of frequency channels between 25 and 3 000 MHz for the FM land mobile service 1995 Technology
ITU-R Working Party 5D Workshop Research Views on IMT Beyond 2020 Ho Chi Minh City, Vietnam, 12 February 2014 14:00 Opening remarks Hu Wang – Workshop Convener 14:10 Afif Osseiran – 14:30 Wang Zhiqin – IMT-2020 (5G) Promotion Group, China 14:50 Takehiro Nakamura – ARIB, Japan 15:10 YongWan PARK – 5G Forum, Republic of Korea 15:30 Coffee 16:00 Angeliki Alexiou – WWRF 16:20 D'Aria Giovanna – iJOIN 16:40 Thierry E. – GreenTouch 17:00 Q&A 17:30 Close of workshop
Provisional Agenda of ITU-R workshop on mmWaves (6 July 2015 15:00 - following ITU-R WP 5C opening plenary) Time (min) Topic Submitter Presentation 10 Welcome ITU-R WP5C Chairman 30 ISG mWt introduction (mission -- scope - deliverables- work in progress) ISG mWT representative 20 V and E –band experience from field deployment - ISG mWT representative 15 Coffee break (Huawei) 25 Regulation status ISG mWT representative 25 Spectrum issues (licensing – new freq. bands- view for 5G ) ISG mWT representative Contact point: Dr. Pietro Nava
service with audio and text content into a regular DRM broadcast (optionally replacing existing content and programmes in the broadcast). Activation of emergency alert When the emergency alert is required to be activated, the following steps should be taken: Activate trigger chain from authorities through studios to DRM Content Servers and ultimately the DRM receivers, to switch all receivers automatically to the emergency programme (see Figure 3). Broadcast (at least) one emergency programme covering at least the region of the emergency with audio + text information. FIGURE 3 Announcement management screen Conclusion The DRM broadcasting system has all required tools built in - and supported - by available chipsets for a quick and complete mass notification when disasters/catastrophes occur: Providing DRM receivers with switch signals and alternative frequencies to receive emergency programmes. Providing listeners (including impaired users) with complete and detailed information by audio and multilingual on-demand text (Journaline). Preparation in advance is key in three major areas: Alarm trigger routing (from central authority to DRM receivers). Content preparation for immediate availability (text information, audio loops/feeds. Full receiver functionality to be implemented (including EWF and automatic wake-up). ANNEX 5B HD Radio Emergency Alert System The HD Radio system can provide important new and enhanced emergency alerting capability. This functionality can be added at low cost by any station that has implemented digital broadcasts using HD Radio technology. Unlike analogue based AM/FM alerts, HD Radio alerts can provide
2 Service listing linked from CAP message 3 Weather radar map broadcast via M-EAS 4 HTML page of current information via M-EAS Receiver configurations M-EAS incorporation has been demonstrated or announced for a variety of consumer devices, including: Cell phones. iOS device adapters. Tablet receivers. In-car receivers. PC accessory cards. External adapters for PCs. Conclusion M-EAS extends the reach of public emergency alerts by use of the existing mobile digital TV infrastructure. Compatible additions to existing digital TV broadcasts provide reliable alerting service to M-EAS capable portable and handheld devices, and are not subject to network overload due to the inherent one-to-many nature of the broadcast service. Relatively simple additions to a station's existing mobile TV equipment allow forwarding of CAP messages, plus the addition of highly useful rich media containing detailed information that can be originated locally. References: [1] A/153 Part 10:2013, "Mobile Emergency System" [2] A/153 :2011, 1 to 9, "ATSC Mobile DTV System" [3] A/103:2012, Non Real Time Content Delivery Excerpt from "Mobile Emergency Alerting via ATSC MDTV", Jay Adrick (Harris Broadcast), Bretl (Zenith Electronics), Jim Kutzner (PBS) and Wayne Luplow (Zenith Electronics), Proceedings of the NAB Broadcast Engineering Conference, 2013.
51 52 53 54 55 22 401.5 22 402 22 402.5 22 403 22 403.5 22 309.5 22 310 22 310.5 22 311 22 311.5 56 57 58 59 60 22 404 22 404.5 22 405 22 405.5 22 406 22 312 22 312.5 22 313 22 313.5 22 314 61 62 63 64 65 22 406.5 22 407 22 407.5 22 408 22 408.5 22 314.5 22 315 22 315.5 22 316 22 316.5 66 67 68 69 70 22 409 22 409.5 22 410 22 410.5 22 411 22 317 22 317.5 22 318 22 318.5 22 319 71 72 73 74 75 22 411.5 22 412 22 412.5 22 413 22 413.5 22 319.5 22 320 22 320.5 22 321 22 321.5 76 77 78 79 80 22 414 22 414.5 22 415 22 415.5 22 416 22 322 22 322.5 22 323 22 323.5 22 324 81 82 83 84 85 22 416.5 22 417 22 417.5 22 418 22 418.5 22 324.5 22 325 22 325.5 22 326 22 326.5 86 87 88 89 90 22 419 22 419.5 22 420 22 420.5 22 421 22 327 22 327.5 22 328 22 328.5 22 329 91 92 93 94 95 22 421.5 22 422 22 422.5 22 423 22 423.5 22 329.5 22 330 22 330.5 22 331 22 331.5 96 97 98 99 100 22 424 22 424.5 22 425 22 425.5 22 426 22 332 22 332.5 22 333 22 333.5 22 334 101 102 103 104 105 22 426.5 22 427 22 427.5 22 428 22 428.5 22 334.5 22 335 22 335.5 22 336 22 336.5 of frequencies for two-frequency operation by coast stations (kHz) Channel 22 MHz band 7 (end )
No. Transmit Receive 106 107 108 109 110 22 429 22 429.5 22 430 22 430.5 22 431 22 337 22 337.5 22 338 22 338.5 22 339 111 112 113 114 115 22 431.5 22 432 22 432.5 22 433 22 433.5 22 339.5 22 340 22 340.5 22 341 22 341.5 116 117 118 119 120 22 434 22 434.5 22 435 22 435.5 22 436 22 342 22 342.5 22 343 22 343.5 22 344 121 122 123 124 125 22 436.5 22 437 22 437.5 22 438 22 438.5 22 344.5 22 345 22 345.5 22 346 22 346.5 126 127 128 129 130 22 439 22 439.5 22 440 22 440.5 22 441 22 347 22 347.5 22 348 22 348.5 22 349 131 132 133 134 135 22 441.5 22 442 22 442.5 22 443 22 443.5 22 349.5 22 350 22 350.5 22 351 22 351.5 Section III – Narrow-band direct-printing telegraphy (non-paired frequencies) 1 One or more frequencies are assigned to each ship station as transmitting frequencies. 2 All frequencies in this Appendix may also be used by ship stations for transmitting A1A or A1B Morse telegraphy (working). 3 All frequencies appearing in this Appendix may be used for NBDP duplex operation. The corresponding coast station frequencies should be selected by the administration concerned from the sub-bands for coast station wideband telegraphy, A1A or A1B Morse telegraphy, facsimile, special and data transmission systems and direct-printing telegraphy systems. 4 The speed of the narrow-band direct-printing telegraphy and data systems shall not exceed 100 Bd for FSK and 200 Bd for PSK. Table of ship station transmitting frequencies (kHz) Frequency Channel No. 4 MHz 6 MHz 8 MHz 12 MHz 16 MHz 18/19 MHz 22 MHz 25/26 MHz
Is “to win” a gerund or an infinitive? infinitive An INDEPENDENT CLAUSE must sound complete and must be able to stand alone as a full sentence. Decide whether each example below is an INDEPENDENT CLAUSE (answer YES or NO): That human and monkey DNA are very similar. NO Researchers discovered something. YES If I get a good grade in my science class. NO For numbers 5 and 7, point out that if you just delete the “That” and the “If,” they will both be independent clauses. Wordplay – Just for fun! VOWEL COMBINATOR: The vowel combination “ow” can sound like the hard “O” in “go” or the “ow” in “wow.” List as many words as you can that contain “ow” making the hard “O” sound. Read the following excerpt from Number the Stars by Lois Lowry and then answer the following questions: (a) Mama and Papa never spoke of Lise. They never opened the trunk. (b) But Annemarie did, when she was alone in the apartment; alone, (c) she touched Lise’s things gently, remembering her soft-spoken sister (d) who had looked forward so to marriage and children of her own. How many independent clauses does line (a) contain? 2 Is the underlined portion of line (b) an independent clause? NO Is the underlined portion of line (c) an independent clause? YES Is the underlined portion of line (d) an independent clause? NO
provide a variety of enriching culturally diverse opportunities for all students. Current elective classes are focused on study skills and technology. Planning Funding Interim Measures of Progress Desired Outcome Enabling Activities (Indicate year(s) of implementation in next column) School Year(s) of Activity ART Accountable Lead(s) Source of Funds (Check applicable boxes to indicate source of funds) Define the relevant data used to regularly assess and monitor progress By the end of three years, the achievement gaps in identified groups will decreased by 50%. Teachers will participate in professional development sessions related to gathering and analyzing data from at least three sources in the 2017 - 2018, 2018 - 2019, and 2019 - 2020 school years. Teachers from grades 6, 7, and 8 will imbed data-driven in all instructional processes. Lokelani will fully implement the RTI system introduced in school year 2016 - 2017. Teachers will homogeneously group students from their teams based on assessment data and provide interventions during HOKU class following first mid-quarter reports in the 2017 - 2018 school year. Paraprofessionals will support identified intervention classes. 2017 - 2018 2018 - 2019 2019 - 2020 Curriculum Coordinator X WSF ☐ Title I ☐ Title II ☐ III ☐ IDEA ☐ Homeless ☐ CTE ☐ Other ☐ N/A School-wide assessments (STAR360, SBA, WIDA, HCCPS) Evaluation of common pacing guides through checklist and rubric Evaluation of summative assessments through checklists Evaluation of pacing guides through checklist and rubric Evaluation will be through classroom observations conducted by admin Attendance reports Office referrals
grade reports, and teacher recommendations. TECH Verizon 25 teachers will be trained in Project Based Learning through Edtech.com, beginning August 2017. The program consists of 3 face to face trainings, and online modules throughout the year. Tech Coach New teachers to Lokelani will be supported through a range of training, mentoring, and professional development. Teachers new to our school will be assigned a Peer Buddy to guide and help with school policies, procedures prior to the start of the 2017 - 2018 school year. 2017-2018, New teachers will be assigned a trained teacher mentor prior to the start of the 2017 - 2018 school year. New teachers will receive iPad training from Tech Coach at the beginning of the 2017 - 2018 school year. New teachers will receive a binder created by the leadership team during new teacher orientation prior to the start of the 2017 - 2018 school year. New teacher orientation will 2017 - 2018 2018 - 2019 2019 - 2020 X WSF ☐ Title I ☐ Title II ☐ Title III ☐ IDEA ☐ Homeless ☐ CTE ☐ Other ☐ N/A School Quality Survey New teacher surveys Teacher evaluations
Regional Community Advisory Committee (RCAC) - Region 1 L.A. Care Family Resource Center - Palmdale 2072 East Palmdale Blvd. Palmdale, CA 93550 Friday, June 15, 2018 10:00 am - 12:30 pm Goals for Today’s Meeting Learn about L.A. Care business from the Executive Community Advisory Committee (ECAC) and the Community Outreach & Engagement Department (CO&E) Provide an opportunity to identify community issues affecting members in the region Connect with Health Navigators to address individual member issues Receive a training on Cervical Cancer and a list of resources available to the community Meeting Agenda Time Agenda Item Agenda Lead Goal/Result 10:00 a.m. a.m. I. Welcome & Introductions (10 min.) A. Review of Agenda Adela Guadarrama, Chairperson Kristina Chung, Field Specialist Get to know each other and review the goals for the meeting and agenda items 10:10 a.m. a.m. 10:20 a.m. – 10:25 a.m. 10:25 a.m. – 10:30 a.m. 10:30 a.m. – 10:35 a.m. 10:35 a.m. – 10:40 a.m. II. Business (25 min.) Approval of Agenda & Summary (10 min) ECAC Report May 2018 Report (5 min) June 2018 Report (5 min) Board of Governors (BOG) Report (5 min) May 2018 Report June 2018 Report CO&E Report (5 min) Adela Guadarrama, Chairperson Adriana Martinez Pedro Martinez Maria T. Trujillo Maria Mayoral Kristina Field Specialist Approve today’s meeting agenda and April 2018 meeting minutes Receive updates from the ECAC and Board of Governors meetings Receive an update from the CO&E Department
Product: Toce™ Yamaha R1 Tip Low-Mount Razor Tip Slip-On Exhaust System Year: 2009-2014 Make: Yama Model: R1 Parts List Exhaust Canister Assembly 1 Flange (optional black) 1 Mount Bracket 1 Hardware M8x40mm Bolt & Nut 1 M8 SS Flat Washers 2 T-Bolt Clamp 1 M6 Pan head Screw 1 ATTENTION: We strongly recommend that this product is installed by a qualified motorcycle mechanic. If you have any doubts as to your ability to perform this installation, please consult with a dealer or repair shop. Be sure to read all instructions before starting installation. Be sure the motorcycle is secure and stable throughout the entire installation. Installation Instructions Remove the factory mufflers, following the instructions in your model specific factory manual. Remove factory Y-Pipe. Remove side foot peg and factory heat shield from the inside of the peg. Fasten the exhaust mount bracket to inside of foot peg using the supplied M6 screw. Re-attach foot peg to the bike using factory mount bolts with the exhaust mount bracket between the foot peg and While holding muffler next to the bike, insert and tighten the O2 sensor. Slip the supplied T-Bolt clamp onto the flange of the muffler Slip muffler onto the header. *DO NOT tighten the clamp yet* Fasten exhaust to the bracket using the supplied M8 bolt, washers and nut. exhaust left to right so it fits tight to the swing arm and tighten the clamp. Installation is complete, you are ready to ride! you for your purchase! If you need further assistance please check out our Facebook or YouTube channel for video instructions. Or call us directly at the number listed above. We hope you follow us on Instagram, like us on Facebook or leave a review: we would love to hear your feedback. Warranty Toce Brothers Performance products are intended for closed course competition and show use only, and therefore are sold “as is” without warranty. Toce Brothers Performance, LLC specifically disclaims any warranties of merchantability or fitness for a particular purpose and disclaims all responsibility for consequential and incidental damages or any other losses arising from the use of these products.
21 Headlamp cleaners, and of vehicles with regard to headlamp cleaners 45 or later 22 Devices for indirect vision including installation 46 or later 23 Installation of lighting and devices 48 or later 24 vehicles having at least four wheels with regard to their sound emissions 51 or later 25 Pneumatic for commercial vehicles and their trailers (Tyres should be type approved to UN Regulation No. 30 or UN Regulation No. 54.) 54 or 26 Rear Underrun Protective Devices (RUPDs) and the installation of a RUPD of an approved type 58 or later 27 A temporary-use unit, run-flat tyres 64 or later 28 Parking lamps for power-driven vehicles 77 or later 29 Vehicles with regard to steering equipment 79 or 30 Internal combustion engines or electric drive trains intended for the propulsion of motor vehicles of categories M and N with regard to the measurement of the net power and the maximum 30 minutes power of electric drive trains (Engine power) 85 or later 31 Daytime running lamps for vehicles 87 or later 32 Side marker lamps for motor vehicles and their trailers 91 or later 33 Protection of occupants in the of a frontal collision 94 or 34 Protection of occupants in the event of a lateral collision 95 or later
Waveform A zero tail B DFT-precode C IFFT D CP/Zero-guard E windowing F FIR filter SC-FDM w/ WOLA × √ √ CP √ × Zero-tail DFT-OFDM √ √ √ × × × OFDM w/o WOLA × × √ CP × × OFDM w/ WOLA × × √ CP √ × UFMC × × √ ZP × √ FCP-OFDM × × √ ZP + CP × √ FBMC × × √ × √ × Conclusions The following summarizes the proposals in this contribution. Proposal 1: Single carrier waveforms listed in section 2.1 should be evaluated for the potential application of mMTC (WAN IoE) uplink as well as eMBB uplink for macro-cell deployment, based on principles listed in [4]. Proposal 2: OFDM-based multi-carrier waveforms listed in section 2.2 should be evaluated for the potential application of eMBB and uLLRC (MiCr) applications, in both uplink and downlink, based on principles listed in [4]. References “5G White Paper”, Next Generation Mobile Networks (NGMN) Alliance, March 2015. Available at “On Waveform Design for 5G”: 3GPP R1-162198 “Waveform Requirements for Different Use Cases” 3GPP R1-162200 “Waveform Evaluation Proposals” “Waveform contenders for 5G OFDM vs. FBMC vs. UFMC”, F. Schaich, T. Wild, Alcatel-Lucent, 6th International Symposium on Communications, Control and Signal Processing (ISCCSP), May 2014. “What will 5G be?” J. Andrews, S. Buzzi, W. Choi, S. Hanly, A. Lozano, A. Soong, J. Zhang, IEEE Journal On Sel. Areas in Comm., Vol. 32, No. 6, June 2014. “Power amplifier linearization with digital pre-distortion and crest factor reduction,” R. Sperlich, Y. Park, G. Copeland, and J.S. Kenney, Microwave Symposium Digest, 2004 IEEE MTT-S International, Vol. 2, June 2004. “”, Qualcomm Internal - Skyber technical review, July 2015. “”, Qualcomm Internal – Pentari design review, Feb. 2015.
446 Murcha Stanislaw 103 Inthanoona Road Gidgegannup WA 6083 401 Murphy Peter John 595 Flinders Street, Townsville QLD 4810 449 Mutape Richard AUSURV Pty Ltd GPO Box 4817, Darwin NT 0801 244 Nairn Gary Roy 8 Lawson Place, Jerrabomberra NSW 2619 57 Vernon Thomas PO Box 905, Palmerston NT 0831 442 Patterson Geoffrey Robert 22 Kingfisher Gardens Brunswick East VIC 3057 338 Pengelly Ian Frederick Thomas 1 Smith Lake, Rosewood QLD 4340 428 Pike Antony Jon 11 Mary street, Landsborough QLD 4550 391 Purnell Richard David Earl James & Associates GPO Box 884, Darwin NT 0801 185 Roberts Michael Gerard 142 Ryland Road, Rapid Creek NT 0810 280 Rogers Colin Geoffrey 5 Castles Place, Melba ACT 2615 276 Rudd Phillip John Department of Lands, Planning and the Environment GPO Box 1680, Darwin NT 0801 369 Russo Gaetano Antony 38 Ashington Street, Dianella WA 6059 376 Sach David Ian 8 Court, Wulagi, NT 0812 464 Sandy Craig Leslie GPO Box 977 Darwin NT 0801 364 Sarib Robert Ian GPO Box 190, Darwin NT 0801
413 Schlencker Charles Rodney PO Box 1076, Rockhampton QLD 4700 429 Schmidt Anthony John PO Box 4201, Gumdale QLD 4154 384 Schulz Leslie Earl James & Association GPO Box 884, Darwin NT 0801 437 Seidler Adrian Luke Sinclair Knight Merz (Spatial Division) PO Box 2145, Parap, NT 0804 474 Severns Neil Robert 14 Edridge Street Shelly Beach QLD 4551 296 Sinclair David Gordon 16 Webb Ellis Court, Pelican Waters QLD 4551 299 Stalker Alan Bruce PO Box 245 Coolalinga NT 0839 306 Tennant Alistair Charles FYFE PO Box 37869, Winnellie NT 0821 451 Thorley Beau 21 Hardy Avenue, Glengowrie, SA 5044 381 Thorpe Alan William PO Box 2145, Parap NT 0804 415 Thurston Andrew RPS Australia East Pty Ltd PO Box 1559 Fortitude Valley QLD 4006 153 Timms Frank Warren 5 Bellbird Flagstaff Hill SA 5159 443 Torode Stuart Leonard Allan 6 Kebble Close Hillary WA 6025 250 Verrall Philip Arthur 70 Sheppards Street Gordonvale QLD 4865 245 Walker 20 Coolibah Crescent, Springs NT 0870 318 Walsh John Edward PO Box 377 West Burleigh QLD 4219 336 West PO Box 2423, Palmerston NT 0831
Garry James 410 Wilcox Stuart Gregg 201 Gloucester Street, Victoria Park WA 6100 85 Willcock Eric Malcolm Unit 609 "The Madison" 25-29 Hunter Street, Hornsby NSW 2077 62 Wilson Reginald William PO Box Winnellie NT 0821 392 Zahra Norbert Raymond PO Box 3991 Darwin NT 0801
Student Skills Development Programme. 3.2 Where an integrated programme of study is proposed, details of the course of postgraduate study on which the candidate's performance is to be formally assessed (see Regulations ‘Professional Doctorate Framework’) 4. Period of Study (see Regulation 4) Amount of time per week average) allowed for programme: Expected duration of programme (in months) on the above basis to MPhil: and additionally to PhD: 5. Statement by the Applicant I wish to for registration for on the basis of the proposal given in this application. I confirm that the information given above is correct. I confirm that, if my research involves human participants, data or material, Form RE1 (Research Ethics Checklist), approved at local level, is submitted with this application. I understand that, except with the specific permission of the Board of Studies for Research Degrees, I must prepare and defend my thesis in English. Signed Date
10.0/75 12 IMP 9 264 685 305 10.0 - 15.3 IMP 9 258 785 389 10.0/75 15.3 IMP 9 264 760 780 389 10.0/75 16 IMP 9 264 805 406 …. " Annex 7, Part D, amend to read: "Part D: Tyres for forestry machines Applicable to tyres classified with categories of use: "Forestry machines" (see paragraph 2.41. of this Regulation) Variation of load carrying capacity (per cent) for tyres marked with speed category symbols A6 and A8 Service condition Speed (Km/h) A6 A8 Road service 20 +15 % +23 % 30 0 +7 % 40 -10 % 0 "
"- Model information document relation to Regulation No. 107 relating to type approval of a fire suppression system as a component" Insert a reference to 1 – Part 2 – new Appendix 4, to read: "– Communication concerning the approval or extension or refusal or withdrawal of approval or production definitively discontinued of a type of a component with regard to Regulation No. 107" Insert a reference to new Annex 13, to read: "13 Part 1 - Fire suppression system approved as a component Part 2 - Fire suppression system installed in a specific engine compartment Appendix 1 – Test apparatus, test fires and general test specifications Appendix 2 – High fire load scenario Appendix 3 – Low fire load scenario Appendix 4 – High fire load scenario with fan Appendix 5 - Re-ignition scenario " Insert a new paragraph 2.2.3., to read: "2.2.3. "Fire suppression system type" for the purpose of type approval as a component a category of systems which does not essentially differ in the following aspects: (a) Fire suppression system manufacturer; (b) Extinguishing (c) Type of discharge point(s) used (e.g. type of nozzle, extinguishing agent generator or extinguishing agent discharge tube); (d) Type of propellant gas, if applicable." Paragraph 2.3., amend to read: "2.3. "Approval of a vehicle, a separate technical unit or a component" the approval of a vehicle type, of a bodywork or of a component type as defined in paragraph 2.2. above with regard to the constructional features specified in this Regulation;" Paragraph 3.1., amend to read: "3.1. The application for approval of: (a) A vehicle type, or (b) A separate technical unit type, or (c) A vehicle type fitted with bodywork type already approved as a separate technical unit, or (d) A component type With regard to its constructional features shall be submitted by the responsible manufacturer or by his duly accredited representative." Insert a new paragraph 3.3.4., to read: "3.3.4. Appendix 4: For a fire suppression system type." Insert new paragraphs 3.4. to 3.4.1.2., to read:
who are eligible under IDEA. o General education class/Early childhood setting: 1. Ages 3-5: childhood setting designed primarily for children without disabilities 2. Ages 6-20: General education more than 80% of the school day o General education and special education 1. Ages 3-5: Special education setting part time: Rest of the time at home or in early childhood setting designed primarily for children without disabilities 2. Ages 6-20: General education class between 40% - 80% of the school day o Special education class: 1. Ages 3-5: Program designed primarily for children with disabilities 2. Ages 6-20: General education less than 40% of the school day o Special education/related services provided in the home as required by the student's IEP- Not solely for medical reasons o Special education school (greater than 50% of the school day): B. Levels of Support The second dimension of the Special Education Staffing Methodology is the intensity of specially designed instruction received by the student. o Intermittent Support: The student receives specially designed instruction/supports for at one period per week or less than 5 hours per week or at least 1 of 6 periods when a period is less than 60 minutes. o Targeted Support: The student receives specially designed instruction/supports for at least one period per day or 5 to 12.5 hours per week or 2 of 6 periods. o Sustained Support- The student receives specially designed instruction/supports for at least half of each school day or 12.5 to 24 hours per week or 3-4 periods. o Intensive Support - The student receives specially designed instruction/supports for the full school day or 25 to 30 hours per week or 5 of 6 periods. Worksheet for Weighted Caseload Member Name: _________________ Job Title: ____________________ The following are the four weight categories: 1. Intermittent Support - (one of six periods or less than 5 hours per week) - a weight of 2.0 shared between general and special education. 2. Targeted Support - (two of six periods or 5 to 12.5 hours per week) - a weight of 3.0 shared between general and special
Sample Program Strategic Plan Strategic Goal Strategy/Intervention Responsibility (by role) Resources (Fiscal fund source/amt, material, human) Timeline/Evaluation measures 1. (Goal #1) 1.1 strategy to reach Goal #1) (who’s going to accomplish that objective) (when the implementer is going to accomplish that objective and how will we know it is accomplished)
Request for Reimbursement Form Name of School District: Date new school bus was delivered: Instructions: Fill in the information to summarize the Reimbursement Request. Reimbursement Summary Final Purchase Price of Bus $ Reimbursable Amount (not to exceed awarded amount) = Purchase Price X percentage from award $ *Program Income from Salvage/Scrappage $ Total Reimbursement Amount $ *If scrapped or salvaged engines/vehicles are to be sold, program income requirements apply.  Please attach evidence of final bus purchase price such as a copy of the dealer invoice, receipt, or canceled check  Please attach Certificate of Disposal and photos verifying disposal  if requesting the 35% rebate, please attach a copy of the engine certificate showing it meets CARB’s Low-NOx Standards. Requests are to be submitted to DENR at: Clean Diesel Rebate Program SD DENR – AQ Program 523 E Capitol Pierre, SD 57501
Highlight one box under each category below to indicate data that will be used for the Hazus analysis. Please type any additional updates/specifications that will be made to data in highlighted boxes or add additional boxes. A ‘Hazus Level 1’ analysis uses the Hazus-generated hazard and default inventory data. A true ‘Hazus Level 2’ analysis incorporates updated hazard and inventory data. There are many variations within. The analysis scenarios below are listed from least level of data preparation to greatest. A list of necessary user defined facility attributes can be found at the end of this document. Flood Hazard Building Stock, Demographics Critical Facilities, Utilities, Transportation Hazus-generated hazard (Hazus performs hydrology and hydraulic modeling using USGS or user supplied terrain data). Default census – level Default Hazus-generated hazard with user-specified CFS Updated census block –level general building/demographics Updated CDMS site-specific module Depth grid acquired from Risk MAP DFIRM Site-specific buildings with attributes (User Defined Facilities) User-generated grid ( ) Earthquake Hazard Building Stock, Demographics Critical Facilities, Utilities, Transportation Probabilistic, Annualized, USGS provided Shakemap Default tract –level Default Deterministic (e.g. Historical or Arbitrary) Updated tract –level general building stock/demographics Updated CDMS site-specific module User-supplied hazard (e.g. ShakeMap, landslide, liquefaction, soil type, etc.) Site-specific buildings with earthquake attributes (User Defined Facilities) or AEBM site specific analysis
Regional Community Advisory Committee (RCAC) - Region 11 dA Center for the Arts 252 D South Marin Street Pomona, CA 91766 Thursday, July 19, 2018 9:30 AM – 12:00 PM Goals for Today’s Meeting about L.A. Care business from the Executive Community Advisory Committee (ECAC) and the Community Outreach & Engagement Department (CO&E) Provide an opportunity to identify community issues affecting members in the region Connect with Health Navigators to address individual member issues Receive a training on Cancer Screening and a list of resources available to the community Meeting Agenda Time Agenda Item Agenda Lead Goal/Result 9:30 a.m. a.m. I. Welcome & Introductions (10 min.) A. Review of Agenda Lluvia Salazar, Chairperson Frank Meza, Field Specialist Get to know each other and review the goals for the meeting and agenda items 9:40 a.m. a.m. II. Business (55 min.) Approval of Agenda & Summary (5 min) ECAC Report (10 min) June 2018 Report Board of Governors (BOG) Report (10 min) June 2018 Report CO&E Report (30 min) ECAC Leadership Training Lluvia Salazar, Chairperson Angelica Vasquez Cisneros, RCAC 11 member Reyna Hernandez, RCAC 11 member Frank Meza, Field Specialist Approve meeting agenda and May 2018 meeting minutes Receive updates from the ECAC and Board of Governors meetings Receive an update from the CO&E Department 10:35 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 & (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 Cancer Screening Community Outreach Events Frank Meza, Field Specialist Felicia Gray, Liaison Group 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.) Each public member is given 2 minutes to share a comment with the RCAC 12:00 p.m. IX. Adjournment Next Meeting Date: Thursday, September 20, 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 Felicia Gray at (213) 694-1250, Ext. 4163 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