bluuebunny/crossref_metadata_2025_split huggingface dataset:
Movilidad peatonal desde un análisis de geomarketing: un caso de estudio para la mejora de espacios públicos.
Authors: Larios Gómez Emigdio 
Published: November 2017

El presente trabajo es el resultado de una investigación exploratoria-cualitativa, con 286 residentes de la ciudad de Celaya y con 35 lí­deres de opinión entrevistados (Kerlinger, 2002), a través de la técnica de análisis de contenido cualitativo (Bardin, 1996; Mayring, 2000; Pérez, 1994; Krippendorff, 1990). El objetivo fue coadyuvar a la planificación de áreas públicas, caso especí­fico, la movilidad peatonal de los ciudadanos en el Jardí­n Principal en Celaya Guanajuato, detonando cuatro factores: accesibilidad, seguridad, confort y atracción. La estructura de la investigación en su inicio está basada en la importancia y rápido crecimiento de urbanización de la ciudad de Celaya. Como uno de los municipios más productivos en el estado de Guanajuato y en la Región Comercial Laja-Bají­o, porque en los últimos 10 años, la composición industrial, sus recursos agrí­colas y sus infraestructuras de comunicación han atraí­do a industrias del área metal-mecánica, electrodomésticos, acero, quí­mica, y procesadora de alimentos. Después se describen las aportaciones teóricas respecto a la Nueva Geografí­a Cultural (Cuadrado-Roura, 2010), el Geo-Marketing y los Entornos de Movilidad (Talavera-Garcí­a, et al., 2014). Como resultado, se detectó que la carencia de una imagen territorial turí­stica en la Zona del Jardí­n Central -invadida por una zona netamente comercial- provoca en los habitantes una falta de identificación de marca-orgullo-ciudad, por no contar con zonas o comercios de esparcimiento-sociabilización, ya que actualmente se cataloga al Jardí­n Principal, como una zona comercial y de movilidad peatonal densa, de baja accesibilidad, no segura, sin confort y sin atracción.
AGRADECIMIENTOS
Authors: Valadez Hegler Rebeca del Carmen 
Published: November 2017

El trabajo realizado en este quinto número, no es sino el producto del esfuerzo y la dedicación que cada uno de los investigadores imprime para dí­a a dí­a mejorar la divulgación de artí­culos especializados en pro del desarrollo de la ciencia y la tecnologí­a. El compromiso de quienes conformamos el comité editorial y el comité de arbitraje, es mantener siempre los procesos claros y transparentes al momento de su publicación. Los contenidos vertidos, si bien son responsabilidad del autor, nos invitan a reafirmar un compromiso ético de trabajo por cada ejercicio realizado, pues los lectores son quienes tienen la última palabra respecto a la calidad de las investigaciones y sus textos.
Análisis bibliométrico sobre la creación de empresas de base Tecnológica de origen Universitario
Authors: Garcí­a Martí­nez Julio César 
Published: November 2017

Se realiza un análisis bibliométrico de la literatura existente que ha tenido mayor impacto sobre el tema de creación de empresas de base tecnológica de origen universitario, el cual permite observar el desarrollo de la literatura enfocada en este tema de manera que a partir de ésta selección se pueda construir en posteriores estudios un marco teórico con base en una revisión sistemática y exhaustiva de la literatura. Siguiendo un diseño de tipo descriptivo/longitudinal, se pretende aportar información a la comunidad de investigadores en relación con la evolución y el impacto de los artí­culos publicados. Para llevar a cabo la recolección de datos se utilizaron dos juegos de palabras, éstas se introdujeron en los motores de búsqueda de Science Direct, Emerald Insight, SpringerLink, Redalyc y Scopus, ya que significan bases de datos importantes para la búsqueda de investigaciones y artí­culos confiables en este tipo de temas. Los principales hallazgos obtenidos son que, el área donde más se desarrolla es en Negocios, Administración y Contabilidad. El paí­s con más publicaciones es Italia, la revista que más publica sobre este tema es Research Policy y una de las universidades más representativas es la de Gent (Bélgica). También se identificaron tres redes de colaboración, una de los cuales es liderada por Mike Wright que individualmente es el autor más productivo y con mayor impacto en el tema de las spin-off universitarias
La crónica 'después de la gran división'. Carlos Monsiváis entre 'vedettes' e ídolos
Authors: Viú Adagio Julieta 
Published: November 2017

Las crónicas dedicadas a divas, ídolos y estrellas, que Carlos Monsiváis publica en semanarios durante los años setenta y ochenta, manifiestan una inflexión de la crónica modernista, ya que la incorporación de la cultura masiva supone un desafío a la moderna organización del campo literario basada en la división arte elevado / cultura de masas. Apelamos a la denominación crónica después de la gran división (Huyssen 2006) para referir a este proceso de reconfiguración: planteamos la conversión de las “páginas de sociales” en crónicas; nos detenemos en la singular autofiguración del escritor como una mezcla de Albert Camus y Ringo Starr, para finalmente considerar a Monsiváis como un transculturador de la crónica.
Rancang Bangun Perangkat Rekam Medik Berbasis Teknologi RFID
Authors: Wulandaru Linda Atmawati , Supeno Bambang , Sumardi S. 
Published: November 2017

Penerapan aplikasi teknologi RFID (Radio Frequency Identification) di rumah sakit Indonesia relatif baru dibandingkan dengan sektor lainnya seperti instansi manufaktur, retail, perpustakaan, logistik, pendidikan dan pemerintah. Banyak para akademisi dan praktisi dibidang teknologi yang meyakini bahwa teknologi RFID memiliki potensi yang sangat besar untuk memberikan manfaat bagi rumah sakit yang ada dinegara berkembang seperti di Indonesia. Penerapan perangkat rekam medik berbasis teknologi RFID diinstansi kesehatan diharapkan dapat mempermudah dokter dalam melakukan pelayanan kesehatan terhadap pasien. Berdasarkan pentingnya peranan data rekam medis diinstansi kesehatan seperti di rumah sakit maka dirancanglah suatu prototype perangkat rekam medis berbasis teknologi RFID. Dalam perancangan dan pembuatan perangkat rekam medik berbasis teknologi RFID menggunakan RFID reader jenis Mifare RC522 dan sebuah Tag RFID jenis Mifare S50 klasik yang terhubung dengan LCD 16x2 dan sebuah mikrokontrol Arduino Uno sebagai pusat kontrol utama dari perangkat. Sedangkan dalam pembuatan aplikasi perangkat rekam medik berbasis teknologi RFID menggunakan pemograman Visual basic dan database desktop Microsoft Acces.
Kata Kunci: Arduino UNO, LCD 16x2, Visual Basic , Microsoft Acces, RFID Mifare RC522.
Transient Dynamic Behavior of Two Phase Magneto-Electro-Elastic Sensors Bonded to Elastic Rectangular Plates
Authors: Biju B. , Ganesan N. , Shankar K. 
Published: November 2017

Abstract
Transient dynamic behavior of Magneto-electro-elastic (MEE) sensors bonded to a mild steel plate using 3D magnetic vector potential approach is presented. The electric field induced by time varying magnetic field is non-conservative and can be described by electric scalar potential and magnetic vector potentials. The aim of the study is to find how different volume fractions of the MEE composite behave in sensor applications at various locations on the plate subjected to different boundary conditions. The 3D plate and the sensor are modeled using eight nodded brick element with sufficient numbers of elements across the thickness direction to capture the bending behavior of the plate correctly. The four boundary conditions chosen are one symmetric boundary condition (CCCC), one free edge (CCFC), two adjacent free edges (CFFC) and two opposite free edges (FCFC). It is seen that the electric response is maximum when volume fraction vf=0.2 for all sensor locations with different boundary conditions. The boundary conditions significantly influence the magnetic response; volume fraction vf=0.4 gives noticeably higher values of magnetic potential in almost all the cases except for CFFC boundary condition with sensor near the edge and FCFC boundary condition with sensor at an off set distance from the edge.
Study on the Congestion Controller for Timedelay Networked Control Systems with External Disturbances
Authors: Tong Hua , Liu Peng 
Published: November 2017

Abstract
A successive approximation approach (SAA) is developed to obtain a new congestion controller for the singularly perturbed time-delay networked control systems affected by external disturbances. Based on the slow-fast decomposition theory of singular perturbations, the system is first decomposed into a fast non-delay subsystem and a slow time-delay subsystem with disturbances. Then, the perturbation approach is proposed to solve the slow-time scale time-delay optimal control problem, and the feedforward compensation technique is used to reject the external disturbances. We obtain the conditions of existence and uniqueness of the feedforward and feedback composite control (FFCC) law. The FFCC law consists of linear analytic functions and a time-delay compensation term which is a series sum of adjoint vectors. The linear analytic functions can be found by solving a Riccati matrix equation and a Sylvester equation respectively. The compensation term can be approximately obtained by an iterative formula of adjoint vector equations. A reduced-order disturbance observer is constructed to make the FFCC law physically realizable. Numerical examples are presented to illustrate the effectiveness and robustness of the proposed design approach.
Neural Network Based Multisensor Fusion in a Novel Permanent Magnet Multi-DOF Actuator Orientation Detection System
Authors: Li Zheng 
Published: November 2017

Abstract
The methods of multi-DOF actuator orientation detection based on machine vision and magnetic field sensor and neural network based multisensor fusion are presented in this paper. Special grid pattern is printed on the surface of rotor according to the pseudo-random encoder for the camera capturing the image of the rotor. The magnetic field sensors are adopted and properly placed circling the shaft of rotor for detection the orientation information. By analyzing the image of the rotor, the coordinates of characteristic points in the coordinate system fixed on the rotor are derived. Combined with the magnetic sensor scheme to reduce the measurement error and enhance the fault tolerant ability, a multisensor data fusion scheme using BP neural network is developed and validated by experiment. The results show that multisensor data fusion based on NN is superior to single measurement method with more accuracy and high reliability, which is more effective and practical for applications.
The Reseach on Wireless Sensor Network for Landslide Monitoring
Authors: Yueshun He , Wei Zhang 
Published: November 2017

Abstract
The paper mainly discusses design and implementation of key functions such as transceiver unit, MCU control unit, Data acquisition module and Background monitoring unit. Furthermore, the corresponding software platform is implemented according to hardware architecture. Finally the solution is applied into Loess landslide at Luoshan County in China. The experimental results show that bit error rate remains between at 10-5~ 10-6. This range coincides with communication standards of wireless sensor network. Furthermore, collected data are proved to be consistent with natural phenomenon. Compared with traditional monitoring method, the new method has better advantages.
Wireless Sensor Network Applications in Cold Alpine Area of West China: Experiences and Chanllenges
Authors: Hao Chen , Zhuotong Nan 
Published: November 2017

AbstractWireless sensor network (WSN) shows unique advantages in cold alpine area comparing with traditional in-situ monitoring approaches. This paper presents two WSN applications in cold alpine area, one in the Hulugou watershed and the other in the Babaohe watershed, both of which are situated in the upper mountainous reach of the Heihe River Basin of West China. Apart from introductions to the two WSN applications and experimental results, experiences learned and challenges met during designing, testing and deployment of WSN are discussed. The paper concludes a promising future of WSN in environment monitoring in cold alpine areas.
A Simplified Model Structure for an Activated Sludge System
Authors: Gaya M.S. , Wahab N. A. , Sam Y. M. , Anuar A.N , Samsuddin S.I. , Razali M.C. 
Published: November 2017

Abstract
Activated sludge system is the essential technology in use for municipal wastewater treatment plant. The system design for pollutants removal, safety analysis and experimentation relied upon an effective, straightforward and reliable model. However, most of the available models are too complex to use for control purposes either practically or via simulation. Therefore, vehement need for a simplistic and efficient model could not be avoided. This paper presents a simplified model structure for an activated sludge system using neuro-fuzzy system. Efficiency, ease of use, effectiveness and fast convergence are some of the alluring qualities of neuro-fuzzy technique. Building a reliable and flexible model requires validation with full scale or experimental data. Therefore, with the use of the full-scale data from the domestic wastewater treatment plant in Malaysia, the validation was achieved. For comparison, auto regressive with exogenous input (ARX) model was used. Simulation studies showed that the proposed method produced promising results, thus revealing the technique is effective and robust in modelling the activated sludge system.
Ultrasonic Blood Flow Sensing using Doppler Velocimetry
Authors: Case Michelle , Micheli Matthew , Arroyo Daniel , Hillard Jeremy , Kocanda Martin 
Published: November 2017

Abstract
Ultrasonic blood flow sensing is a non-invasive method for measuring blood flow velocity. The objective of this work is to produce a low-cost ultrasonic blood flow instrument utilizing Doppler shifted signals and enhanced signal processing methods. The instrument transmits a single-frequency signal into circulatory tissues and receives a signal that is Doppler shifted in proportion to velocity. Subsequent processing techniques produce an audio feedback signal whereby the user “hears” the flow characteristics. The circuit used consists of a transmitter, receiver, and frequency shifter. Signal processing is performed externally to produce velocity profiles of arterial blood flow using Matlab™ to create spectrograms and low-pass filtering on the recorded feedback signals. Spectrogram provide mapping of the velocity profiles. Resultant mapping indicate that velocity profiles have a roughly parabolic shape and that filtering is required to reduce high frequency noise. Signals were obtained using multiple cardiac stressors to determine the flow sensing performance.
Research of Image Pre-processing Algorithm Based on FPGA
Authors: Yongjin Yang , Xinmei Zhou , Zhongfan Xiang 
Published: November 2017

Abstract
How to design a low-cost , reliable and real-time target recognition system with large amount of data has become a hot topic in the area of image processing .However, Edge detection has played an important role in target recognition system. The threshold of traditional canny edge detection algorithm must be setting by human, and has a large number of calculations. In order to overcome the shortcomings of the traditional Canny algorithm, proposing an adaptive threshold edge detection algorithm, and realizing it by hardware. This paper will introduce the implementation of the common low-level image processing algorithm in the FPGA, including color space convert module , edge extraction algorithms module , Hough transform module .The results of the experiment indicate that to realize the large amount of calculation of image processing by FPGA hardware logic, not only improves the effect of image processing, but also has high real-time!
Target Classification Using Pyroelectric Infrared Sensors in Unattended Wild Ground Environment
Authors: Xie Dongfeng , Liu Huawei , Li Baoqing , Zhou Qianwei , Yuan Xiaobing 
Published: November 2017

Abstract
Pyroelectric Infrared (PIR) sensors are widely used as a simple presence trigger for alarms and a reliable counter for people in security home and smart office. Most paper have focused on the design and application of such systems, however, few research has be done on the detecting of targets in an outdoor environment using PIR sensors. In this paper, we realize a detecting system by means of PIR nodes to monitor outdoor targets more than 20 meters away from the PIR detectors. Furthermore, because of velocity difference, by extracting time domain amplitude, signal length, maximum frequency and corresponding frequency amplitude as features, we successfully classify people, wheeled vehicle and tracked vehicle in the unattended wild ground environment. Our detecting and classifying results confirm the average accuracy is 85.67% and 82.67% when PIR detectors are deployed 20 meters and 30 meters away from the area of interest (AoI), respectively.
Method of Optimal Measurement Strategy for Ultra-High-Precision Machine in Roundness Nanometrology
Authors: Ali Salah H. R. 
Published: November 2017

Abstract
Talyrond-TR is a modern sensitive instrument in nanometrology. The performance of Talyrond-TR machine is very important to find an optimal result in roundness measurement. In this paper, the experimental evaluation method of Talyrond-TR 73 machine is designed by using reference standard hemisphere. The influence of Talyrond machine performance in roundness measurement is presented. Signal responses of ten metrological strategic parameters have been analyzed and discussed. Deviation in roundness measurement strategies corresponding to four reference algorithms (LS), MZ, MC; MI) and two software fitting filters (2CR and Gaussian) with four spectral frequency ranges (1:15, 1:50, 1:150; 1:500 upr) are obtained through repeated arrangement, comparison and achieved. Experimental results revealed that the lowest deviation in roundness has been investigated by using MZ reference algorithm. The average of total roundness indicates low deviation by about 65.6% and 57.3% at using 2CR- and Gaussian-filter respectively, which proved the machine reliability within application range. Furthermore, the evaluation method was performed experimentally to establish reference data sets for circular, cylindrical and spherical objects. The sets of established data at different strategic parameters have been postulated to satisfy the ability of the proposed method to correlate the roundness measurements within the application range. The experimental result ensures that the proposed evaluation method is reliable and effective. Moreover, expanded uncertainty in measurement has been estimated and confirmed the degree of confidence for the proposed method.
Automatic Human Daily Activity Segmentation Applying Smart Sensing Technology
Authors: Ling Yin 
Published: November 2017

Abstract
Human daily activity segmentation utilizing smartphone sensing technology is quite new challenge. In this paper, the segmentation method combining statistical model and time series analysis is designed and implemented. According to designed partition procedure, real measured accelerometer datasets of human daily activities are tested. The segmentation performance of sliding window autocorrelation and minimized contrast algorithms is analysed and compared. Experiments demonstrate the effectiveness of this proposed automatic human activity separation method focusing on the application of mobile sensor. As the properties of signal, mean, variance, frequency and amplitude are all useful features on the case of motion sensor-based human daily activity segmentation. In the end, the suggested work to improve the developed partition model is presented.
Horizontal Trajectory Tracking System Based On Rotating Mirror
Authors: Zemin Wang , Teng Wu 
Published: November 2017

abstract
Target track is an important research dot in weapon performance testingfiled, to stable track the flying target in optical detection system and testing instrument, horizontal trajectory tracking system based on rotating mirror was researchedin this paper.A horizontal trajectory tracking method was proposed for the tracking problem in the process of the projectile flight, the design of rotating mirror was analyzed and designed;the calculation method of the rotating mirror tracking system were derived, and the influence factors were studied and analyzed, the rotating mirror rotation control algorithm without considering effect of gravity flight targetwasanalyzed and the angular displacement and angular velocity of the rotating mirror were given in the effective tracking range. Through experiment and calculation, the results show that the tracking system can achieve stable tracking of flying target
Sorbent-embedded sheets for safe drinking water in developing countries: a case study of lead(II) removal by a zeolite-embedded sheet
Authors: Botoman Lester , Shukla Elvis , Johan Erni , Mitsunobu Satoshi , Matsue Naoto 
Published: November 2017

Abstract
Although many kinds of materials for water purification are known, easy-to-use methods that ensure the safety of drinking water for rural populations are not sufficiently available. Sorbent-embedded sheets provide methods for the easy removal of contaminants from drinking water in the home. As an example of such a sorbent-embedded sheet, we prepared a Linde type A (LTA) zeolite-embedded sheet (ZES) and examined its Pb(II) removal behaviour. Different amounts of LTA were added either as powder or as ZES to 0.3 mM Pb(NO3)2 solutions containing 2.5 mM Ca(NO3)2, in which the ratio of the negative charges in LTA to the positive charges in Pb(II) (LTA/Pb ratio) ranged from 1 to 20. After shaking, the mixtures were centrifuged to remove the powder, while the ZES was simply removed from the mixture by hand. The LTA powder removed more than 99% of the Pb(II) from the solution at all LTA/Pb ratios within 1 h, while the ZES removed &gt;99% of the Pb(II) at LTA/Pb ratios of 2 and higher; at the highest LTA/Pb ratio of 20, the ZES removed &gt;99% of the Pb(II) in 30 s. Therefore, the use of appropriate sorbent-embedded sheets enable the facile removal of contaminants from water.
Unilateral Adult Xanthogranulomatous Infiltration of the Conjunctiva, Limbus and Sclera Leading to a Combined Ophthalmic Artery and Central Retinal Vein Occlusion
Authors: Unlu Burak , Ayhan Ziya , Lebe Banu , Men Suleyman , Durak Ismet , Saatci Ali Osman 
Published: November 2017

Objective:
To describe the features of a female patient with a biopsy-proven xanthogranulomatous infiltration of the conjunctiva, limbus and sclera who had an exudative retinal detachment, combined ophthalmic artery and central retinal vein occlusion unilaterally.

Method:
A-53-year old otherwise healthy woman presenting with a painful visual loss in her right eye underwent an ophthalmic examination, meticulous systemic work-up and histopathologic assessment.

Results:
Ophthalmic examination revealed multiple subconjunctival masses, upper limbal infiltrations, trace cells in the anterior chamber, pale looking posterior fundus, 360 degree scattered retinal hemorrhages and marked exudative retinal detachment in her right eye. Left eye was completely normal.A biopsy taken from one of the subconjunctival masses demonstrated a diffuse infiltration of the histiocytes and this was interpreted as a xanthogranulomatous infiltration with the help of immunohistochemical staining techniques.

Conclusion:
Present case is the only reported adult case with xanthogranulomatous-like infiltration of the eyeball featuring both anterior and posterior segment involvement without any concomitant major systemic disturbances.