Fringe at 25, by G.K. Sharman
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Research of Reconstruction of Village in the Urban Fringe Based on Urbanization Quality Improving Üüa Case Study of Xi’Nan Village
SHS Web of Conferences 6, 0200 8 (2014) DOI: 10.1051/shsconf/201460 02008 C Owned by the authors, published by EDP Sciences, 2014 Research of Reconstruction of Village in the Urban Fringe Based on Urbanization Quality Improving üüA Case Study of Xi’nan Village Zhang Junjie, Sun Yonglong, Shan Kuangjie School of Architecture and Urban Planning, Guangdong University of Technology, 510090 Guangzhou, China Abstract. In the process of urban-rural integration, it is an acute and urgent challenge for the destiny of farmers and the development of village in the urban fringe in the developed area. Based on the “urbanization quality improving” this new perspective and through the analysis of experience and practice of Village renovation of Xi’nan Village of Zengcheng county, this article summarizes the meaning of urbanization quality in developed areas and finds the villages in the urban fringe’s reconstruction strategy. The study shows that as to the distinction of the urbanization of the old and the new areas, the special feature of the re-construction of the villages on the edge of the cities, the government needs to make far-sighted lay-out design and carry out strictly with a high standard in mind. The government must set up social security system, push forward the welfare of the residents, construct a new model of urban-rural relations, attaches great importance to sustainable development, promote the quality of the villagers, maintain regional cultural characters, and form a strong management team. All in all, in the designing and building the regions, great importance must be attached to verified ways and new creative cooperative development mechanism with a powerful leadership and sustainable village construction. -
Dynamic 3-D Measurement Based on Fringe-To-Fringe Transformation Using Deep Learning
Dynamic 3-D measurement based on fringe-to-fringe transformation using deep learning HAOTIAN YU,1,2,3 XIAOYU CHEN,1,2,3 ZHAO ZHANG,1,2 YI ZHANG,1,2 DONGLIANG ZHENG,1,4 AND JING HAN,1,2,5 1 School of Electronic and Optical Engineering, Nanjing University of Science and Technology, No. 200 Xiaolingwei Street, Nanjing, Jiangsu Province 210094, China 2 Jiangsu Key Laboratory of Spectral Imaging and Intelligent Sense, Nanjing University of Science and Technology, Nanjing, Jiangsu Province 210094, China 3Co-first authors with equal contribution 4 [email protected] 5 [email protected] Abstract: Fringe projection profilometry (FPP) has become increasingly important in dynamic 3-D shape measurement. In FPP, it is necessary to retrieve the phase of the measured object before shape profiling. However, traditional phase retrieval techniques often require a large number of fringes, which may generate motion-induced error for dynamic objects. In this paper, a novel phase retrieval technique based on deep learning is proposed, which uses an end-to-end deep convolution neural network to transform a single or two fringes into the phase retrieval required fringes. When the object’s surface is located in a restricted depth, the presented network only requires a single fringe as the input, which otherwise requires two fringes in an unrestricted depth. The proposed phase retrieval technique is first theoretically analyzed, and then numerically and experimentally verified on its applicability for dynamic 3-D measurement. 1. Introduction Dynamic three-dimensional (3-D) has been widely used in applications, such as bio-medicine [1],reverse engineering [2], and face recognition [3], etc. -
Ban the Box – Fair Chance State and Local Guide
Resource Guide Ban the Box U.S. Cities, Counties, and States Adopt Fair Hiring Policies to Reduce Unfair Barriers to Employment of People with Criminal Records UPDATED: JANUARY 2015 About NELP For more than 40 years, the National Employment Law Project has worked to restore the promise of economic opportunity for working families across America. In partnership with grassroots and national allies, NELP promotes policies to create good jobs, enforce hard- won workplace rights, and help unemployed workers regain their economic footing. For more information about this report, please contact NELP Senior Staff Attorney Michelle Natividad Rodriguez at [email protected] Contents Introduction .............................................................................................. 4 List of All Ban the Box & Fair Chance Policies by State ............................... 6 1. 14 Ban the Box & Fair Chance State Policies ......................................... 8 2. Summary of 14 Ban the Box & Fair Chance State Policies Table .......... 14 3. Local Ban the Box & Fair Chance Policies ............................................ 15 4. Technical Assistance Contacts ............................................................ 60 5. Summary of Ban the Box & Fair Chance Policies Table ........................ 61 NELP | BAN THE BOX – FAIR CHANCE GUIDE 3 Introduction ationwide, 100 cities and counties have adopted what is widely known as “ban the N box” so that employers consider a job candidate’s qualifications first, without the stigma of a criminal -
Accreditation Standards and School Personnel Records
Joy Hofmeister State Superintendent of Public Instruction Oklahoma State Department of Education School Personnel Records Reporting Information Accreditation Standards and School Personnel Records Purpose of the School Personnel Records Section The School Personnel Records (SPR) office at the Oklahoma State Department of Education (OSDE) is responsible for maintaining the annual certified and support personnel reports, administrators’ salary and benefit reports, superintendents’ contracts, and approved salary schedules for each school district. Additionally, the office maintains the historical employment data for all certified and support school employees. The office staff is responsible for reviewing and approving work experience for school employees and updating each teacher’s record for all approved teaching experience. The SPR office reviews the salaries reported by the school districts on each of its teachers to ensure that teachers are paid in accordance with state law. Notices are sent to the school district identifying those teachers who have been underpaid so corrective actions can be taken before a penalty in State Aid is assessed. Additionally, noncertified teachers are monitored and this information is reported to the appropriate persons so corrective actions can be taken. The SPR office reviews complaints of salary reduction without proportionate reduction in duties per 70 O.S. § 18-114.9 and OAC 210:25-3-4(i), and makes recommendations to the State Board of Education for corrective actions. The office also responds to requests for information that is subject to the Oklahoma Open Records Act for any of the above information. Welcome and Certify Screen The Welcome screen’s main function is for the superintendent to CERTIFY the Certified Personnel Report, Support Personnel Report, Online School Directory and Local Salary Schedule. -
Outstate Trowel Trades Fringe Benefit Funds
OUTSTATE TROWEL TRADES FRINGE BENEFIT FUNDS Michigan Trowel Trades Health and Welfare Fund Outstate Michigan Trowel Trades Pension Fund Michigan Operative Plasterers’ and Cement Masons’ International Association Apprenticeship and Training Fund EMPLOYER HANDBOOK Outstate Michigan and Road Builder Employers 1 This Employer Handbook is prepared on behalf of the Michigan Trowel Trades Health and Welfare Fund (“Health and Welfare Fund”), the Outstate Michigan Trowel Trades Pension Fund (“Pension Fund”) and the Michigan Operative Plasterers’ and Cement Masons’ International Association Apprenticeship and Training Fund (“Apprenticeship Fund”) (together, “Funds”) for use by employers obligated to pay fringe benefit contributions to those Funds pursuant to Collective Bargaining Agreements negotiated by the Operative Plasterers’ and Cement Masons’ International Association Local 514 covering work performed in Michigan (other than work performed in Metropolitan Detroit and the Upper Peninsula) and covering work described in the collective bargaining agreement negotiated with the Michigan Infrastructure & Transportation Association - Labor Relations Division. If there are any conflicts between the information in this Employer Handbook and the Collective Bargaining Agreements or Funds’ document, the Collective Bargaining Agreements and/or Funds’ document shall control. WILL THE FUNDS ACCEPT YOUR CONTRIBUTIONS? If an employer is party to a Collective Bargaining Agreement or other written Agreement which requires it to make contributions to the Funds, the Funds will accept the employer’s contributions. Federal law requires that all fringe benefit contributions must be made based upon a written agreement. ORAL AGREEMENTS REGARDING THE PAYMENT OF FRINGE BENEFIT CONTRIBUTIONS ARE ILLEGAL. For this reason, the Funds monitor incoming contributions to make sure that every contributing employer has a written agreement detailing the basis on which contributions are made. -
Fringe Season 1 Transcripts
PROLOGUE Flight 627 - A Contagious Event (Glatterflug Airlines Flight 627 is enroute from Hamburg, Germany to Boston, Massachusetts) ANNOUNCEMENT: ... ist eingeschaltet. Befestigen sie bitte ihre Sicherheitsgürtel. ANNOUNCEMENT: The Captain has turned on the fasten seat-belts sign. Please make sure your seatbelts are securely fastened. GERMAN WOMAN: Ich möchte sehen wie der Film weitergeht. (I would like to see the film continue) MAN FROM DENVER: I don't speak German. I'm from Denver. GERMAN WOMAN: Dies ist mein erster Flug. (this is my first flight) MAN FROM DENVER: I'm from Denver. ANNOUNCEMENT: Wir durchfliegen jetzt starke Turbulenzen. Nehmen sie bitte ihre Plätze ein. (we are flying through strong turbulence. please return to your seats) INDIAN MAN: Hey, friend. It's just an electrical storm. MORGAN STEIG: I understand. INDIAN MAN: Here. Gum? MORGAN STEIG: No, thank you. FLIGHT ATTENDANT: Mein Herr, sie müssen sich hinsetzen! (sir, you must sit down) Beruhigen sie sich! (calm down!) Beruhigen sie sich! (calm down!) Entschuldigen sie bitte! Gehen sie zu ihrem Sitz zurück! [please, go back to your seat!] FLIGHT ATTENDANT: (on phone) Kapitän! Wir haben eine Notsituation! (Captain, we have a difficult situation!) PILOT: ... gibt eine Not-... (... if necessary...) Sprechen sie mit mir! (talk to me) Was zum Teufel passiert! (what the hell is going on?) Beruhigen ... (...calm down...) Warum antworten sie mir nicht! (why don't you answer me?) Reden sie mit mir! (talk to me) ACT I Turnpike Motel - A Romantic Interlude OLIVIA: Oh my god! JOHN: What? OLIVIA: This bed is loud. JOHN: You think? OLIVIA: We can't keep doing this. -
Body Dreamwork Using Focusing to Find the Life Force Inherent in Dreams Leslie A
Body Dreamwork Using Focusing to Find the Life Force Inherent in Dreams Leslie A. Ellis Received: 16.11.2018; Revised: 17.09.2019; Accepted: 23.09.2019 ABSTRACT Finding and embodying the life force or “help” in a dream is the central practice of focusing-oriented dreamwork. This article briefly introducesfocusing (Gendlin, 1978/1981) and its application to dreamwork, and provides a case example with a transcript of how to guide a dreamer to find the life force in a distressing dream. The practice of embodying the dream’s life force provides the dreamer with an embodied resource that can be an end in itself, and can also facilitate working with the more challenging aspects of dreams and nightmares. Research and clinical examples support the use of this technique in clinical practice, and demonstrate how it can provide clinically significant relief from nightmare distress and other symptoms of PTSD. Keywords: dreamwork, focusing, nightmares, embodiment, psychotherapy International Body Psychotherapy Journal The Art and Science of Somatic Praxis Volume 18, Number 2, Fall/Winter 2019/20 pp. 75-85 ISSN 2169-4745 Printing, ISSN 2168-1279 Online © Author and USABP/EABP. Reprints and permissions [email protected] “A dream is alive,” according to Gendlin (2012), a philosopher and psychologist who developed the gentle somatic inquiry practice called focusing (1978/1981). He said that every dream contains life force—sometimes obvious and sometimes hidden— and that the main objective of working with dreams is to locate and embody this life force. This article describes how to do so, first by providing a brief introduction to focusing theory and practice and how it applies to dreamwork, then by grounding the theory through a clinical example of a dream that came to life. -
The Stowaway
Welcome Tell Me A (Shakespeare) Story When I was in college, I did a lot of part-time babysitting. One of my charges, a precocious 5-year-old named Olivia, was the daughter of an English professor of mine. During story time one evening, she chose a children’s book of tales from Shakespeare. While reading A Midsummer Night’s Dream aloud, I mispronounced the name of the fairy queen Titania, and Olivia was quick to correct me. “It’s ti-TAWN-yah,” she said with exasperation. Shakespeare was relatively new to me then. Having come from an underfunded urban public school system to a college where my peers were largely from high-performing schools, I spent a lot of time trying to catch up. I hadn’t expected to find myself challenged by a 5-year-old, however. At the time, I understood Olivia’s early access to Shakespeare to be the privilege of a child born to an academic. But in my role now at CSC, where I constantly preach that Shakespeare is for everyone, why would I draw the line of equity somewhere beyond people of a single-digit age? Because the truth is that a playwright like Shakespeare offers more than a good story or pretty language. Understanding his work brings cultural currency; there are countless references to his work all around us. And a positive experience—especially at an early age, where children are less likely to have preconceptions, and are more receptive to new language— can influence whether a person is fearful of, or looks forward to, future encounters with his work. -
Phase Extraction from Single Interferogram Including Closed-Fringe Using Deep Learning
applied sciences Article Phase Extraction from Single Interferogram Including Closed-Fringe Using Deep Learning Daichi Kando 1,* , Satoshi Tomioka 2,*, Naoki Miyamoto 2 and Ryosuke Ueda 3 1 Graduate School of Engineering, Hokkaido University, Sapporo 060-8628, Japan 2 Faculty of Engineering, Hokkaido University, Sapporo 060-8628, Japan 3 Faculty of Engineering, Information and Systems, University of Tsukuba, Tsukuba 305-8573, Japan * Correspondence: [email protected] (D.K.); [email protected] (S.T.) Received: 16 June 2019; Accepted: 23 August 2019; Published: 28 August 2019 Abstract: In an optical measurement system using an interferometer, a phase extracting technique from interferogram is the key issue. When the object is varying in time, the Fourier-transform method is commonly used since this method can extract a phase image from a single interferogram. However, there is a limitation, that an interferogram including closed-fringes cannot be applied. The closed-fringes appear when intervals of the background fringes are long. In some experimental setups, which need to change the alignments of optical components such as a 3-D optical tomographic system, the interval of the fringes cannot be controlled. To extract the phase from the interferogram including the closed-fringes we propose the use of deep learning. A large amount of the pairs of the interferograms and phase-shift images are prepared, and the trained network, the input for which is an interferogram and the output a corresponding phase-shift image, is obtained using supervised learning. From comparisons of the extracted phase, we can demonstrate that the accuracy of the trained network is superior to that of the Fourier-transform method. -
2019-06-30 LM Financial Statements AUDITED Final
LEGAL MOMENTUM FINANCIAL STATEMENTS JUNE 30, 2019 and 2018 INDEPENDENT AUDITORS' REPORT Board of Directors Legal Momentum New York, New York Report on the Financial Statements We have audited the accompanying financial statements of Legal Momentum (the "Organization"), which comprise the statements of financial position as of June 30, 2019 and 2018, and the related statements of activities, functional expenses, and cash flows for the years then ended, and the related notes to the financial statements. Management's Responsibility for the Financial Statements The Organization's management is responsible for the preparation and fair presentation of these financial statements in accordance with accounting principles generally accepted in the United States of America; this includes the design, implementation, and maintenance of internal control relevant to the preparation and fair presentation of financial statements that are free from material misstatement, whether due to fraud or error. Auditor's Responsibility Our responsibility is to express an opinion on these financial statements based on our audits. We conducted our audits in accordance with auditing standards generally accepted in the United States of America. Those standards require that we plan and perform the audit to obtain reasonable assurance about whether the financial statements are free from material misstatement. An audit involves performing procedures to obtain evidence about the amounts and disclosures in the financial statements. The procedures selected depend on the auditor's judgment, including the assessment of the risks of material misstatement of the financial statements, whether due to fraud or error. In making those risk assessments, the auditor considers internal control relevant to the entity's preparation and fair presentation of the financial statements, in order to design audit procedures that are appropriate in the circumstances, but not for the purpose of expressing an opinion on the effectiveness of the entity's internal control. -
Statistical Searching of Deformation Phases on Wavelet Transform Maps of Fringe Patterns
ARTICLE IN PRESS Optics & Laser Technology 39 (2007) 275–281 www.elsevier.com/locate/optlastec Statistical searching of deformation phases on wavelet transform maps of fringe patterns H.J. Li, H.J. Chen, J. ZhangÃ, C.Y. Xiong, J. Fang Department of Mechanics and Engineering Science, Peking University, Beijing 100871, China Received 18 April 2005; received in revised form 29 July 2005; accepted 10 August 2005 Available online 29 September 2005 Abstract A wavelet transform (WT) analysis is presented to obtain the deformation phases from the fringes with non-uniform carrier frequency, which may appear in the pattern of varied-periodic fringes generated in displacement measurement. Based on the phase maps of the Morlet WT coefficients distributed in a space-scale spectrum, a statistical processing is carried out to search the compacted density of the phase intervals over the scale, and from that the phase modulations related to the object deformation can be determined. Numerical simulation demonstrates the validity of the pattern-processing technique, and the experimental results show the applications to the measurement of the in-plane displacement by the digital speckle pattern interferometry (DSPI) and the measurement of the out-of-plane deflection by the projecting Moire´fringes. r 2005 Elsevier Ltd. All rights reserved. Keywords: Fringes pattern processing; Wavelet transform; Deformation phase retrieve 1. Introduction measurements of surface deformation, however, the initial carrier frequencies are not uniformly distributed in the In optical measurement of surface deformation of an fringe pattern. For example, when a grid pattern with object under various loading, deformation phases need to uniform pitch is projected on a curved surface, a fringe be extracted from the generated fringes through optical carrier with varied space frequencies may be produced due transform or image processing. -
'"There's More Than One of Everything": Navigating Fringe's Cofactual Multiverse'
. Volume 13, Issue 1 May 2016 ‘There’s More Than One of Everything’: Navigating Fringe’s cofactual multiverse Casey J. McCormick, McGill University, Montréal, Canada Abstract: This article analyzes how viewers of Fringe (FOX 2008-2013) make sense of the series’ complex science fictional storyworld. It argues that Fringe presents multiple iterations of worlds and characters in a way that encourages ‘cofactual’ interpretation: rather than figuring parallel universes and alternate timelines as ontologically hierarchical, the narrative accommodates all versions of reality and invites viewers to participate in shaping the multiverse. The article offers a close reading of Fringe’s complex narrative structure alongside an exploration of how audiences responded to and impacted the series through fannish practices such as vidding and narrative mapping. It concludes that cofactual narration opens up an array of participatory practices that blur the text/paratext distinction and facilitate interactive storyworld building. Keywords: Complex TV, Fandom, Narrative, Paratexts, Counterfactual, Cofactual, Possible Worlds Cofactual Interpretation By the time viewers reach the series finale of Fringe (FOX 2008-2013), they have travelled across two spatially-distinct universes, three versions of the future, and at least four different timelines, with each world-iteration populated by different versions of the show’s central characters. Through its reinvigoration of science fiction tropes, such as time travel, alternate realities, and temporal resets, Fringe asks viewers to re-evaluate typical models of narrative world-building. The series constructs a multiverse comprised of what I deem cofactual diegetic worlds. I use the term ‘cofactual’ in contradistinction to the more common narrative term ‘counterfactual’ as a means of emphasizing the plurality and simultaneity of diegetic worlds in Fringe.