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Como parte de las TICs, los sistemas informáticos juegan un papel importante en la automatización de los procesos de las diferentes instituciones. En la carrera de Ingeniería en Sistemas y Computación de la UNACH, el proceso de recopilación, revisión y evaluación de evidencias se realizaba manualmente, ocasionando una serie de inconvenientes tales como: pérdida de información, información duplicada, pérdida de tiempo, errores y falta de espacio físico. Realizar la evaluación delas evidencias ocasionaba que el responsable se movilice a los diferentes lugares donde la información estaba almacenada, causando pérdida de tiempo y esfuerzo. La constatación de entrega de evidencias se hacía en un archivo de Excel, creando versiones de la misma evidencia para diferentes procesos ocasionando dificultad para centralizar las evidencias, validar y generar reportes del cumplimiento de las actividades realizadas por los docentes. Por tal motivo el objetivo de esta investigación es desarrollar un sistema web que ayude a los docentes a registrar las evidencias generadas en los diferentes procesos académicos, las mismas que serán evaluadas por una comisión de expertos. Se analizó el antes y después de usar el sistema mediante la prueba paramétrica T-student con una muestra menor a 30,determinando que hubo un incremento del 37.63 %en el cumplimiento docente al utilizar el sistema. Al analizar el sistema el número de evidencias solicitadas aumentó al 57.14 % y disminuyó el tiempo de revisión a un 66.66%. As part of ICTs, computer systems they play an important role in automating the processes of the different institutions. In the Systems and Computing Engineering degree at UNACH, the process of collecting, reviewing and evaluating evidence was carried out manually, causing a series of inconveniences such as: loss of information, duplicate information, waste of time, errors and lack of physical space. . Carrying out the evaluation of the evidence caused the person in charge to travel to the different places where the information was stored, causing a loss of time and effort. The verification of the delivery of evidence was done in an Excel file, creating versions of the same evidence for different processes, causing difficulty in centralizing the evidence, validating and generating reports on the fulfillment of the activities carried out by the teachers. For this reason, the objective of This research is to develop a web system that helps teachers to record the evidence generated in the different academic processes, which will be evaluated by a commission of experts. The before and after use of the system was analyzed using the T-student parametric test with a sample of less than 30, determining that there was an increase of 37.63% in teacher compliance when using the system. When analyzing the system, the number of requested evidences increased to 57.14% and the review time decreased to 66.66%.

PT Global Infotech Solution is aware of the rapid development of technology nowdays. It takes advantage of every opportunity to widen and expand the creativity of the company’s development. The beneficial cooperation of the health and technology fields is the main topic in making new ideas from bioinformatics technology. With an adequate agency and partnership system, it creates opportunities that can be achieved in making an e-learning web system project. Belajarklikdna is an e-learning website specially made for partners or agents, in facilitating their work by using the moodle platform version 3.9 with an emphasis on the e-learning management system so that this application can be completed and can be used according to the planned targets. It is hoped that through the project of making an e-learning website application, it can make it easy for agency partners who want to broaden their horizon through this application.

A adaptação de novos integrantes em grupos PET apresenta desafios e dificuldades no que concerne à compreensão da sistemática do Programa. Este trabalho descreve um sistema web, desenvolvido por integrantes do PET-SI da [omitido], voltado para atender às necessidades do grupo. O sistema corresponde a um dos produtos gerados na atividade Manage PET, a qual propõe o desenvolvimento de produtos de software sob uma metodologia de organização autogerenciável. Na metodologia autogerenciável, os desenvolvedores possuem autonomia quanto à sua execução, experiência que não é ofertada por nenhuma disciplina do curso de Sistemas de Informação. Nesse contexto, o sistema web desenvolvido auxilia no processo de ambientação de novos integrantes ao grupo, ao mesmo tempo em que possibilita que seus desenvolvedores adquiram experiências e novos conhecimentos.

PT. Winn Appliance is a company engaged in the sale of household commodities, namely gas appliances. Currently in carrying out sales data reporting sales PT. Winn Appliance still uses Microsoft Excel and Whatsapp media as a medium for providing information and reports on sales results which will later serve as indicators for company management in determining the decision to extend the work contract. The goals of the company need to be achieved through a predetermined target for each sales, as well as measuring the achievement of these targets. Then these measurements can use a Key Performance Indicator which integrates with each other. For this reason, a Web System Application-based Key Performance Indicator information system was established. Then in determining the design requires an appropriate method and the method applied in this research is using the OMAX (Objective Matrix) method. The programming language uses the PHP Framework Code Igniter and MySql as a database storage regulator that can show the Sales Performance Indicator target value that has been achieved. The result of this research is Information System Key Performance Indicator Sales of OMAX method based on Web System Application which can facilitate the management of PT. Winn Appliance in monitoring sales and is useful for determining employment contract decisions.

This article presents the results of research on existing tools and the definition of theoretical aspects of the use of modern frameworks for software development, as well as justification of the feasibility and impact of variability of choice on the quality of software applications. The main results of the study are the rationale for the choice of frameworks for software development. It should be noted that despite the large number of frameworks, the structured analysis is carried out by a rather small number of researchers, which determines the scientific novelty of this issue. Choosing the right framework is one of the main principles that determine the quality of the future site. Each of the technologies presented in this article can be considered exhaustive in all respects because they are used both in the practice of converting to a graphical interface (frontend) and to develop a variant of software architecture (backend). Therefore, you should choose a platform according to the convenience of programming languages. So Agile is best suited for open-ended projects, such as launching Internet services, developing computer games, and operating systems. However, flexibility can lead to loss of focus and loss of predictability. It is very important to separate the errors of the flexible approach from the shortcomings of the methodology itself. It will take some time to adapt to the realities of specific tasks before all the benefits of the approach are realized. The practical significance lies in the possibility of using certain frameworks in accordance with the needs of the customer and the developer to achieve certain results in software development.

This article focuses on the automation tools development for evaluating the socio-economic development of Ukraine regions. In this work we present a method for automated determination of integral indicators based on factor analysis and expert estimation methods is presented. The method application improved the calculation results reliability and the opportunity provided to analyze the relationships between indicators in terms of their impact on the general regional socio-economic situation. The information-analytical Web-based system for evaluating the socio-economic development of Ukraine regions has been developed and implemented. The Web-based system has a three-level architecture of technical tools and intended for processes automation of socio-economic level development evaluating of Ukraine regions based on expert-statistical method. The Web-based application is designed to work with three user groups and provides access to control elements depending on the access level of user. Problems in programming 2020; 2-3: 22-30

Nowadays, a significant part of human activity is supported by information systems, especially Web systems, hosted in the Web clouds. The architectures of Web cloud systems are in most cases complex. In this paper, we try to determine which cloud configuration in double-layer architecture is the best when using the fuzzy-neural intelligent method of request distribution. We present the distribution strategy, a testbed and the results of the conducted experiments. At the end of this paper, we discuss results and present final conclusions.

AcheSeuEcoponto is a web system to assist the Brazilian population in allocating its solid residues appropriately. It was developed using geo and web technologies. The system offers functionalities to citizens (e.g., querying the nearest drop-off centre by waste type, map visualization, and directions) and managers (e.g., reports of underserved areas of disposal centres and users' profile). Besides a discussion on how the system assists citizens and managers, the authors provide a characterization of users' profile and show how the use of web technologies helped in the dissemination of information. Both analyses can help managers giving essential guidelines on how to motivate population engagement.

Cloud computing Web systems are today the most important part of the Web. Many companies transfer their services to the cloud in order to avoid infrastructure aging and thus preventing less efficient computing. Distribution of the load is a crucial problem in cloud computing systems. Due to the specifics of network traffic, providing an acceptable time of access to the Web content is not trivial. The utilization of the load distribution with adaptive intelligent distribution strategies can deliver the highest quality of service, short service time and reduce the costs. In the article, a new, two-level, intelligent HTTP request distribution strategy is presented. In the process of designing the architecture of the proposed solution, the results of earlier studies and experiments were taken into account. The proposed decision system contains fuzzy-neural models yielding minimal service times in the Web cloud. The article contains a description of the new solution and the test-bed. In the end, the results of the experiments are discussed and conclusions and presented.

This paper addresses usability problems of data entry techniques and patterns in web systems and web sites. In order to carry out a comparative analysis of the solutions a dedicated web application...

Social networks have had a substantial impact on the current methods of professional development and practice within the health services industry. They have proven to have a wide range of suitable applications that facilitate communication, training, and medical practice. Currently, there are many web systems that allow people to have a public or semi-public profile, allowing the creation of shared connections with a list of users within the same system, which may vary in nature and terminology depending on the site in which it is used, shaping the concept of the social network. The purpose of this review is to highlight the usefulness of social media networks in academic medicine and its impact on health services.

The paper considers the architectural template and methods of building a module for organizing the work of the window information web-system for the formation of medical certificates. To solve this problem, modern tools of web programming and software development are used: a module with the im-plementation of JavaScript objects – window manager and a class of window interactive interface, which allow the web application to function in the organization of cloud technologies. The software implementation is considered and the results of practical use of the developed module with objects and classes are given. The proposed architecture template of the module for the implementation of the man-ager and the functionality of the user window interface allowed to create a module of the information system for the organization of business logic when working with medical certificates. The modular ap-proach has had a positive effect on the sensitivity of the user interface and the ability to scale the func-tionality of the system itself in the implementation of cloud technologies. Due to the modular ap-proach, the rendering time of web-forms with the original data in most cases is very small compared to the time required by the browser to parse and display the entire database array, which has a positive ef-fect on the sensitivity of the user interface. The generation of web-forms is of great practical im-portance, because debugging in this software structure is a weak point for many frameworks. The re-sults of use showed that the mechanism of modular creation of the manager and the window interactive interface of web-forms not only organically fits into already existing technologies of construction of web-applications, but also has sufficient potential to become the core of cloud technologies of develop-ment of multiuser information systems and web- services.

Evaluating the capacity of lecturer is the key to improve quality of education by improving lecturer capacity in higher education institution. Lecturer’s capacity has been evaluated using different parameters in Assosa University, Ethiopia. Mandatorily, lecturers are evaluated using printed check list. For the last few years we observed that, the lecturer efficiency score is found on the shelf and not checked by anyone to know the gaps and to establish follow-up system. The use of intranet based web system is better to use lecturer’s efficiency result to monitor their performance and to establish follow-up mechanism. In this study, a prototype of web based yearbook efficiency management system for evaluating and monitoring the performance of lecturers was designed and developed. The evaluation process in the system was presented according to the university evaluation format. The output generated by the proposed system can be used by lecturers, HoD, HRM and academic managers to monitor teaching performance.

During the recent years World Wide Web very fast increased a fundamental part in our everyday life. In commerce, personal relationship, the effect of the universal network has wholly changed the way people interact with each other and with machines. The problem is after rising the Artificial Intelligence to presenting human feelings, everything changed including web applications. In this paper, we describe the intelligent web applications as present and future of web applications, moreover we highlight the special features and their roles in increasing intelligence of web applications as well as impact this application in the process development web systems. The goals of this paper led to developers to create smart and modern web applications.

The following article presents a proposal for evaluating professors based on the 360 degrees’ methodology using an application for data handling. The bases of this integral evaluation process are indicated. There is research that said bases have been previously applied to the same work group – to the Tronco Basico Universitario (TBU) in the Autonomous University of Nayarit. The initiative to generate an automated system of data processing for the evaluated area of Ciencias Economico-Administrativas is also presented. A PHP web-based application interacting with a MySQL database engine was developed as a result of the research. Access to information is controlled by the system and delivers immediate evaluation results feedback to the professors. Keywords: Evaluation, Teaching Performance, Web System, 360° Methodology, Higher Education.

Background Spatial data analysis refers to the process of finding patterns, detecting anomalies, or testing hypotheses and theories by observing phenomena associated with a specific geographic area or location. The literature in the area presents different studies that seek to understand its phenomena through spatial analysis techniques and methods. However, these studies have several problems, such as the frequent use of only one type of analysis, area or punctual. Furthermore, the studies do not formally describe the process of treatment and organization applied to the data to replicate the spatial analyzes in other research areas. Thus, this work proposes a web system for generating, organizing, and processing data compatible with geographic information systems to construct spatial analysis of area and points. Methods The proposed method was developed with the JavaScript programming language and structured in four sequential steps: data acquisition, processing and organization, data validation, and spatial analysis. Data from three diseases (cystic fibrosis, congenital adrenal hyperplasia and hemoglobinopathies) from a neonatal screening program in southern Brazil were used to validate the proposed method and construct the spatial analyses. The choropleth mapping and kernel density estimation methods were used to build the analyses. Results The results obtained made it possible to georeference the data, validate it to its area of study, associate it with its micro and mesoregions, and cross it with public databases. In addition, the results enabled the construction of scientific maps of area and points to visualize the primary evidence from the spatial distribution of disease cases. Conclusions The developed method showed high replication potential for other study contexts. Also, it proved to be relevant in the context of spatial analysis, enabling speed in processing, data organization and, consequently, in the construction of significant results that can be used in public policies that directly impact people's quality of life and health challenges.

This project arises as part of a larger project with researchers from the PERGAMEX project, where the need to promote intergenerational communication remotely in times of pandemic was detected. Several authors have already reaffirmed the benefits that these dynamics bring. To do this, a previous study has been carried out to analyze factors related to the interaction of the elderly and children with computers and applications. A total of 18 interviews have been carried out. The results of the previous study conclude that the elderly prefer an intuitive and easy-to-use interface, and an interaction with buttons. Children, being more used to games and their interaction, prefer both systems (direct interaction and interaction with buttons). Based on these results, and a previous analysis of the available technologies, a web system has been designed and developed for the implementation of a game that encourages intergenerational communication. As future work, the necessary activities for the validation of the proposed system must be carried out.

Cognitive accessibility aims to make content more accessible for people with intellectual and learning disabilities. By following existing standards, it is possible to improve cognitive accessibility, making text content more readable and understandable while, at the same time, designing a more accessible user interface. In this work, cognitive accessibility design patterns and their application in the Easier web system's user interface are presented. The Easier web system, which is targeted at people with cognitive disabilities, provides a tool that assists in understanding text content. In addition to the monitoring of design techniques, user tests have been carried out in order to provide a preliminary evaluation of the level of cognitive accessibility of the Easier system's interface.

Effective technical communication, collaboration, and leadership are among essential skills required from computer scientists. Project-based learning using open-ended projects is praised for fostering these skills in the context of software development. Our observations, in the context of a systems course, suggest that while learning outcomes are achieved, open-ended projects are stressful for students. We investigate the appropriate methods, levels of specification, and scaffolding to help students learn the concepts while implementing real-world web projects in student-formed groups.

A neat and easily monitored-mails administration is an urgent needs of every agency, including UPT. Taman Budaya in Dinas Kebudayaan dan Pariwisata Provinsi Sumatera Utara. Manually archieved-mails generated problems; such as slow disposition, difficulties in tracing the mails, as well as taking a long time to find certain mails required. The proposed application aims to solve those limitations of manual system applied. The Bootstrap CSS Framework is chosen to be applied for its open source and ability to create an easily displayed web in all of gadgets specifications, whereas the methodology used to develop the web system is Web Development Life Cycle (WDLC). This methodology has five stages which are (1)Planning, (2 )Analysis, (3) Design and Development, (4) Testing, and (5) Implementation and Maintainance. The output of this research is an applicable web system that manage mails administration; including disposition, archieving, and monitoring.

Background. Information and learning portals should be built by creating an ontological-oriented model of educational content, which involves information formalization, ontological domain modeling and didactic function, which provides representation and visualization of the requested educational information. Since graph visualization of educational information increases the efficiency of its learning, there is a need for consideration and analysis of concept maps and subsequent study of the means of their automated construction with the purpose of expanding the functionality of information and educational web environments. Objective. The purpose is to analyze the relevance of graph visualizations of domains and to develop an automated method for constructing interactive concept maps in ontology-oriented educational web systems. The task is to automate the construction of relations between concepts and to provide convenient display of graphs for users of the educational web system with the use of content formalization based on the concept-thesis model. Methods. A method for constructing the didactic decomposition of the concepts of content segments in the form of a graph with the use of selective rendering visualization, representing the relationship between the concepts of concept-thesis model, is proposed. Results. The presented method provides information and educational content visualization in the form of a map, implements an interactive display of natural-language information about the chosen concept and the search for concepts in the graph with navigation to the target concept. A software system has been created that implements the proposed method for constructing interactive concept maps. Conclusions. The system for constructing interactive concept maps has received positive feedback from users as a convenient means of visualizing new information for study. Among the perspective directions of development of the proposed system are optimization of algorithms and minimization of computing load on all system links in the problem of constructing and using interactive concept maps.

International audience

Educational technology, as it is nowadays understood, is a relatively new concept. Traditionally, it was understood as the use of audiovisual materials in the classroom; however, this concept has been left behind to be considered a fundamental part of educational processes, taking into account multiple disciplines. This research links theoretical foundations with the development of a web system considering pedagogical aspects for the generation of educational technology; this is done in three stages: (1) seeking educational foundation and its adaptation to technology, (2) the applicability of these to the concept of usability and (3) the development of the system web. The results obtained were favorable; the SUS (Scale Usability System) tool determined a usability level of 91.38. In this sense, creating a system that managed information about the Fungi kingdom considers the incorporation of pedagogical and technological techniques during the elaboration process. Considering the characteristics of the end-user will help the teaching-learning process and, thus, keep the interest from the user to continue using the generated instrument.

Web system testing is a crucial software development cycle. However, though there are real needs for testing these complex systems, it often requires specific skills in testing and/or technical programming. Moreover, the lifecycles of web systems are today very dynamic. They are often modified, updated, integrating new data, links, widgets, etc. Therefore, the testing processes and scripts for these systems have to be modified as well which can be very costly in terms of time and resources. Based on that context, this paper aims at reducing these prerequisites and constraints for tester in proposing a codeless testing automation framework. Our approach is based on Selenium and a machine learning technique to propose generic testing scripts that can be automatically tuned to the tested use cases. Experiments are provided leading to relevant results demonstrating the success of our methodology.

In aquaculture, fishery workers and researchers attach great importance to water temperature. This is because knowing the water temperature makes it possible to take measures against fish diseases and predict the occurrence of red tide. In collaboration with fishery researchers, we constructed a multi-depth sensor network consisting of 16 water temperature observation devices over the Uwa Sea in Ehime Prefecture. In addition, we developed a Web system that can instantly visualize the water temperature measured on this network and provide it to fishery workers in the Uwa Sea. However, the water temperature information provided by this Web system is only current or past information, and fishery workers are requiring the provision of near-future water temperature forecasts for a week or two weeks. Therefore, in this research, as a new function of this Web system, we will implement a function to predict the water temperature in the near future from the past water temperature information and provide the forecast information. This paper examines the steps to be solved for the prediction of seawater temperature, which is the current problem in this system. Moreover, among the steps, this paper reports on the solution method and its evaluation experiment for improving the accuracy of water temperature information.

Augmentative and Alternative Communication Systems (AACs) is an important study area for people who need alternative ways to communicate their ideas. An AAC web system based on pictograms for the elderly VitaApp is pre- sented in this paper. The system results from the implementation of the last phase of the UIAAC method, which guides the design and implementation of AAC systems aimed at older adults. VitaApp is based on a client-server architecture, divided into three roles: a) administrator, carer: these oversee customizing the interface and have dedicated web applications; b) elderly: they use the AAC application that their caregiver personalizes for them. The graphical interface of the AAC application is evaluated through a case study that was applied to an older adult, his caregiver, and a clinical psychologist; in this, the ease of use, usefulness, and future use of the web application were evaluated. The results show that its users perceive VitaApp as an alternative communication support tool, useful, easy to use, and considered to be used in the future.

High-throughput gene expression studies yielded a great number of large datasets, and these are freely available in biological databases. Re-analyzing these studies individually or in clusters can produce new results relevant to the scientific community. The purpose of this work is to develop a WEB system based on the e-Science paradigm. The system should read massive amounts of data from the Gene Expression Omnibus (GEO) database, pre-process, mine, and display it in a user-friendly interface. Thus, it is intended to mitigate the difficulty in interpreting data from transcriptomic studies made using the DNA microarray technique. Also presented will be the preliminary results obtained from the initial stages of development, as well as the proposed architecture for the system.

During the last 30 years, the web has evolved from simple information HTML pages to complex applications supporting business, television, newspapers, entertainment, and others. While there are many articles on website popularity, there has been little work in understanding the complexity of individual web pages. In the article, we present a measurement-driven study of the complexity of web pages today. We measured 426 866 web pages in about 12 weeks. Our study is devoted to two problems. The first problem was to describe the complexity of a web page with metrics based on the content they included and the kind of service they offered. The second focus of our study was to build probabilistic models of observed distributions. Such models can be used in HTTP request generators modelling the work of modern web systems. Separate models are proposed for each category of web pages and all pages together.

The research work is focused on the solution to a problem that a company dedicated to the manufacture of chocolates has. This company does not have a computer system to help it improve its management. The information recorded from the logistics and cost processes is stored locally in Excel files, and the information from the operational processes is stored in bond sheets and then transferred to Excel files. Since information is very valuable for a company, it must be orderly, accessible, and secure. Therefore, the Scrum methodology was implemented for the development of a prototype web system for the company. The prototype of this web system was developed with Adobe XD software because it is easy to use and complete for the design of interfaces for web pages. As a result of the development of the prototype of the web system, there is a record of information in an orderly, interactive, easy, fast, and above all safe way. And it was concluded that the management of the logistics and cost area of the company was optimized and improved.

This work aims to develop models of different types of systems for the performance evaluation. From different models, we chose two types of formal models, such as Petri nets (PNs) and queuing nets (QNs), as well as tools to support model creation. This paper presents the class of distributed information systems. In these systems, the clients’ interaction time can be compared to the system offer change time. The simulations were the main method of analysis. This work aims to bring the model closer to reality and verifies its behavior in the case of parameter changes.

This paper introduces the newest features and analysis of access logs of Ninchisho Chienowa-net, a web system that publishes the probability that coping methods for various symptoms occurring in patients with dementia will "go well" (probability of success). With an aim of reducing the burden on dementia caregivers, Ninchisho Chienowa-net not only publishes the probability of success of coping methods and information on dementia care, but is also equipped with features to collect experiences of coping methods for specific symptoms and to support the discovery of various coping methods. Since its launch in 2015, the site has seen a steady increase in the number of registered users and amount of access. Analysis of the access logs of Ninchisho Chienowa-net carried out in this study revealed that the access rate for the list of individual care topics is high and that it is necessary to prepare for large-scale access in the future.

Teamwork activities can create difficulties for teach¬ers to evaluate the performance of the members. To address this challenge a peer evaluation, also known as peer assessment, is usually applied. In this article we present SiGeCo, a web system to support the management of customizable peer evaluations. SiGeCo allows creating peer assessments or use default peer assessment, improve team organization, provide effective feedback, and apply improvement strategies for teamwork. Preliminary results show that SiGeCo allows automating peer assessment management, provides flexibility for teachers to create peer assessments and positively impacts teacher decisions to improve teamwork.

This communication describes the developed web system by which companies of the industrial and service sectors can access their energy consumption data (electricity, gas, and water) and perform energy efficiency analysis. Data is collected using measuring devices installed in the clients’ premises and transmitted to the analysis platform. Each client of this service, after being authenticated, can access and consult his historical consumption data, displayed in the form of graphs and personalized reports. The user can obtain consumption performance patterns through advanced data analysis.

Manually checking the configuration of manageable network devices is a time-consuming process, that should be automated. This automatization is especially needed in the school environment with many students, where a teacher must effectively evaluate the students' results. This paper describes a proposal of a web system for testing configuration of network devices. The proposed system enables students to easily upload and evaluate configurations of network devices. When a student uploads configurations files, the system compares them to golden-model configuration files, uploaded by the teacher. Based on these comparisons, the system is able to evaluate students' configurations and display the results. The system was designed in such a way that the students cannot access the golden-model configuration files - i.e. answers uploaded by the teacher. The proposed system also makes organization of configuration files easier for students and teachers by grouping them into tasks and courses.

International audience; In this paper, we complement the research results provided with the OO-XAHM (Object-Oriented XML Adaptive Hypermedia Model), a state-of-the-art proposal for supporting adaptation features of the Web. In particular, in this contribution we provide: (i) the complete database-like implementation of OO-XAHM: (ii) a complete case study that focuses the attention on the wellknown Italian archeological site Pompeii.

This work aims to contribute to the referral process of patients from first to second level of medical healthcare in a Hospital of the Public Health System, in Ensenada, Baja California, Mexico. Currently, this process is carried out through a paper format, which the doctor must elaborate for each patient requiring to be referred to a second level Health Center. The physical copy of the reference form must be taken personally by the patient to the Archive Department of the General Hospital of Ensenada. This process requires the patient to wait there to be assigned the medical appointment with a specialist, which always results in the need to come back another date and time. This proposal applies Process Re-engineering to analyze the current process and redesign it. Information Technologies are used as change enablers, specifically, the development of a prototype web system. With this prototype, the new process for referring patients from the first level to the second level of care is automated. This new process simplifies the steps and reduces the effort from the patient to make his transition from the Health Center to the Ensenada General Hospital to schedule his second level appointment.

Difficulties in understanding texts that contain unusual words can create accessibility barriers for people with cognitive, language and learning disabilities. In this work, the EASIER system, a web system that provides various tools which improve cognitive accessibility, is presented. From a text in Spanish, complex words are detected and synonyms, a definition and a pictogram are offered for each complex word detected. Language and accessibility resources were used, such as easy-to-read dictionaries. The web system can be accessed from both desktop computers and mobile devices. Moreover, a browser extension is also offered.

Faced with the heterogeneous, intelligent and interconnected massive power Web system environment, it is difficult to meet the needs of existing and incremental services in efficiency by mining and verifying vulnerabilities manually. Therefore, an automated penetration testing framework for power Web system is proposed. Integrating property information and expert experience, the framework guides vulnerability mining path and vulnerability exploiting method selection, and realizing automatic vulnerability verification and exploitation of Web system through autonomous decision module. The experimental results show that the framework can simulate real attack behavior and efficiently verify and exploit common Web system vulnerabilities.