5 research outputs found
Analysis of Bakuok Lake Fishery Potential and its Zone in Kampar Regency, Riau Province
No full textFishery reserves are part of inland public waters in the form of lakes, swamps, rivers or protected puddles. The purpose of this study is to assess fisheries reserves based on social culture, analyze the suitability of locations and analyze zoning in Bokuok lake fishery reserves. The results of the socioculturalanalysis show that the fishery reserves are determined based on the system or customary law regulated in Ninik Mamak Decree No. 04/N.M/TB/IV/2014, have easy access to visit, have Pokmaswas who play an active role, have local wisdom that is Ma'awu activity. The results of the analysis of conformity, station I obtained a score of 75, classified as a fishery sanctuary functioning well and very effective. Station II obtained a score of 62 classified as fisheries asylum functioning well and is very effective. Station III obtained a score of 59 classified as fisheries asylum functioning moderately and quite effectively. The totalarea of Bokuok lake fishery reserves covers an area of 7.31 ha which is divided into 3 zones, the core zone with an area 1.63 ha, sustainable fishery zone with an area of 3.03 ha, utilization zone with an area of 2.65 ha
COVERNOTE NOTARIS PPAT DALAM PERJANJIAN KREDIT PERBANKAN BERUJUNG PIDANA
No full text Covernote merupakan surat keterangan yang dibuat oleh Notaris/PPAT pada Bank yang akan memberikan fasilitas kredit, sehingga timbul kepercayaan antara Bank dengan Nasabah/Debitur. Namun seiring maraknya penerbitan covernote yang berhubungan dengan perjanjian kredit terdapat persoalan hukum yang muncul hingga berujung pidana. Dalam penelitian ini penulis tertarik untuk mengkaji/menganalisa sejauh mana solusi dan mitigasi pembuatan covernote Notaris/PPAT. Metode Penelitian ini menggunakan pendekatan yuridis normative mengacu kepada teori-teori, norma-norma, asas-asas yang terdapat dalam peraturan perundang-undangan yang berlaku sebagai landasan normative, dan penelitian ini bersifat deskriptif analitis, dengan yang berorientasi pada pemecahan masalah yang berkaitan dengan permasalahan yang akan dibahas. Kesimpulan pada penelitian ini Dari terbitnya Covernote tersebut, timbulah akibat hukum dan konsekuensi hukum apabila Notaris/PPAT terlibat dalam pencairan fasilitas kredit dari Nasabah/Debitur kepada Kreditur/Bank dengan memberikan keterangan yang tidak sebenarnya dalam menerbitkan covernote  akan berujung pidana, Maka Notaris/PPAT dalam menjalankan fungsi jabatannya harus berpegang teguh pada Sumpah Jabatan, Kode Etik, dan UUJN agar terhindar dari permasalahan hukumyang berujung pada pidana.Kata Kunci : Covernote, Notaris, PPAT, Perjanjian Kredit. Covernote is a statement made by a Notary/PPAT at a Bank that will provide credit facilities, so that trust arises between the Bank and the Customer/Debtor. However, along with the proliferation of covernote issuances related to credit agreements, there are legal issues that arise which can lead to criminal prosecution. In this study, the author is interested in studying/analyzing the extent of the solution and mitigation of making a Notary/PPAT covernote. This research method uses a normative juridical approach referring to the theories, norms, principles contained in the applicable laws and regulations as a normative basis, and this research is descriptive analytical, with a problem solving orientation related to the problem. will be discussed. Conclusions in this study From the publication of the Covernote, legal consequences and legal consequences arise if a Notary/PPAT is involved in disbursing credit facilities from a Customer/Debtor to a Creditor/Bank by providing false information in issuing a covernote which will result in a criminal offence. To carry out the function of his position, he must adhere to the Oath of Office, the Code of Ethics, and the UUJN in order to avoid legal problems that can lead to crime.Keywords: Covernote, Notary, PPAT, Credit Agreement
Combining Motion Matching and Orientation Prediction to Animate Avatars for Consumer-Grade VR Devices
No full textData used for the paper Combining Motion Matching and Orientation Prediction to Animate Avatars for Consumer-Grade VR Devices.
Visit the paper website!
MMData.zip contains the necessary files to execute the project in Unity. Use only following the instructions on the GitHub project.
MMVR_Dataset.zip contains all .bvh files used for training the orientation prediction network. All files are captured with an Xsens Awinda motion capture system while using Virtual Reality. Visit GitHub for more information.
If you find our data useful, please cite our paper:
@article {10.1111:cgf.14628,
journal = {Computer Graphics Forum},
title = {{Combining Motion Matching and Orientation Prediction to Animate Avatars for Consumer-Grade VR Devices}},
author = {Ponton, Jose Luis and Yun, Haoran and Andujar, Carlos and Pelechano, Nuria},
year = {2022},
publisher = {The Eurographics Association and John Wiley & Sons Ltd.},
ISSN = {1467-8659},
DOI = {10.1111/cgf.14628}
SparsePoser: Real-time Full-body Motion Reconstruction from Sparse Data
No full text<p>Data used for the paper <strong>SparsePoser: Real-time Full-body Motion Reconstruction from Sparse Data</strong></p>
<p>It contains over <strong>1GB</strong> of high-quality<strong> motion capture data</strong> recorded with an Xsens Awinda system while using a variety of <strong>VR applications</strong> in Meta Quest devices.</p>
<p>Visit the paper <a href="https://upc-virvig.github.io/SparsePoser/">website</a>!</p>
<p> </p>
<p><strong>If you find our data useful, please cite our paper:</strong></p>
<p>@article{10.1145/3625264, author = {Ponton, Jose Luis and Yun, Haoran and Aristidou, Andreas and Andujar, Carlos and Pelechano, Nuria}, title = {SparsePoser: Real-Time Full-Body Motion Reconstruction from Sparse Data}, year = {2023}, publisher = {Association for Computing Machinery}, address = {New York, NY, USA}, issn = {0730-0301}, url = {https://doi.org/10.1145/3625264}, doi = {10.1145/3625264}, journal = {ACM Trans. Graph.}, month = {oct}}</p>
Design of Interface for Gait Assessment in Spinal Cord Injury
No full textSpinal cord injuries (SCI) occur when damage to any part of the spinal cord is sustained. Depending on what vertebrae segment the injury occurs, the patient will develop paraplegia or tetraplegia and have a complete or incomplete spinal cord injury. After sustaining a spinal cord injury, the patient must undergo rehabilitation. For incomplete SCI patients, part of their rehabilitation is improving their mobility skills through gait training. To assess gait, the methods of the clinical eye and laboratory gait assessment are used. The starting goal of the project was to combine the quickness and easiness of conducting a gait assessment with the clinical eye with the objective data from a laboratory gait assessment into one system. This system consists of Xsens Awinda wireless motion trackers to collect the kinematic data and a user interface to view it. User research was conducted in the form of questionnaires and focus groups. The research aimed to learn more about how physiotherapists and physicians within Rijndam Revalidatie currently assess gait, what features and parameters they would like in the user interface, and how they would prefer the selected parameters to be visualized (in numbers, graphs, or animations). Three physiotherapists and physicians were also interviewed to better understand the process incomplete SCI patients go through in gait rehabilitation and who is involved in each step. From the results, a design direction and vision was created: “To develop an easy to use user interface that aids physicians and physiotherapists in selecting interventions for patients with incomplete spinal cord injuries in an objective and time efficient manner through intuitive data visualizations.” Using design methods and tools, ideas for the data visualizations and the interface layout were formed, selected, and then made into concepts. The layout and visualizations concepts were evaluated through concept test sessions with physiotherapists and physicians. In the sessions, the interface layout was assessed in terms of usability and functionality. The data visualizations were evaluated based on if the participants, who had minimal pre-existing knowledge on gait analysis, could understand them. From the evaluation results, the final design of Gait Vision was created. Gait Vision is an easy-to-use interface that allows physiotherapists and physicians to assess gait objectively and time-efficiently. It provides more accurate and objective information than can be obtained with the clinical eye, in a way that is more intuitive and comprehensible for clinicians with minimal gait assessment experience than laboratory gait assessment. An interactive prototype of the final design was developed using Adobe XD. The interface prototype and the visualization concepts were evaluated through conducting individual user tests with seven physicians and physiotherapists. The interface and visualizations were tested with regard to usability, functionality, intuitiveness, and aesthetics. Overall positive feedback was received regarding the interface and visualizations. Testing was also conducted to compare gait assessment with the clinical eye versus with the interface. The interface was found to more objective than the clinical eye. An implementation plan was developed to ensure Gait Vision survives in the long term. Future recommendations were also made to aid in the continuation of the development of Gait Vision.Integrated Product Desig
