Showing papers on "User Friendly published in 2016"

Twitter verileri ile duygu analizi

Abstract: Sentimental Twitter software is parsing, analyzing and reporting Twitter data, giving service to individuals and corporate users via its user friendly graphical user interface. Each tweet is classified as positive, negative or neutral in Sentimental Twitter. In this study, both lexicon and n-gram method has been used to perform and implement two different methods. As a result the lexicon method has been measured more performance than the n-gram method.

Smart assistance for public transport system

Abstract: In this paper we have provided public Smart Assistance in Public Transport System. The project is to be implemented for public bus (for ex: PMTs in Pune). It has the entire smart assistance system required for public security and safety. The smart system includes safety for women as well. It has accident detection and monitoring facility. It also has user friendly application for user to track bus on smart their phones. The smart system can be designed for both online (GPS) and offline (GSM) for user friendly service. Here, GPS system is used to get real-time co-ordinates for offline (GSM) system. It allows user to save its time by acknowledging no. of persons present in the bus as well as no. of seats available in the bus along with the current and next stop acknowledgement with its arrival timings. It also has ramp for handicap people to provide them ease to use the bus service. It also has driver authentication system using RFID tag. The system also has many additions feature to make public transport system an intelligent and easy to use system, so that public can take smart advantage of it. The system is specially designed for Smart Cities as it is trending now-a-days.

Interactive Voice/Web Response System in clinical research.

Abstract: Emerging technologies in computer and telecommunication industry has eased the access to computer through telephone. An Interactive Voice/Web Response System (IxRS) is one of the user friendly systems for end users, with complex and tailored programs at its backend. The backend programs are specially tailored for easy understanding of users. Clinical research industry has experienced revolution in methodologies of data capture with time. Different systems have evolved toward emerging modern technologies and tools in couple of decades from past, for example, Electronic Data Capture, IxRS, electronic patient reported outcomes, etc.

Becoming A Critical Thinker A User Friendly Manual

Abstract: Thank you very much for reading becoming a critical thinker a user friendly manual. As you may know, people have look numerous times for their chosen readings like this becoming a critical thinker a user friendly manual, but end up in harmful downloads. Rather than reading a good book with a cup of coffee in the afternoon, instead they juggled with some infectious virus inside their desktop computer.

Robust health tracking service

Abstract: A solution is provided to monitor and to analyze a user's medicine consumption related to a prescribed therapeutic regimen or a prescribed medication anywhere and anytime through a variety of sensors attached to a health tracking device, e.g., a pillbox. A health tracking service analyzes the sensor data collected by the sensors of the pillbox, e.g., by correlating the sensor data with selected historical health data of the user, and generating health related suggestions for the user based on the correlation. The analysis, recommendations and instructions are presented in a user friendly way to users on users' various consumer electronic devices, such as computers, mobile devices, television sets, and any other suitable electronic devices.

High performance analytics of bigdata with dynamic and optimized hadoop cluster

Abstract: With enterprises collecting feedback down to every possible detail, data repositories are being over flooded with information. In-order to access valuable information, these data should be processed using sophisticated statistical analysis. Traditional analytical tools, existing statistical software and data management systems find it challenging to perform deep analysis upon large data libraries. Users demand a service platform that can store and handle large quantities of data with some features such as easy accessibility, fast performance, durable and secure. These features can be availed without having to spend too much on hardware, upgrading, configuring etc to perform analysis of big data. This project intends to overcome all these obstacles and built a user friendly SAAS platform. It is cloud based web application which stores data in Amazon S3. As this system supports dynamic and optimized cluster nodes size as per the desired time, user doesn't need to calculate and estimate the number of nodes. The system uses Amazon EMR and MapReduce paradigm using opensource R scripting language to perform analysis of bigdata analysis in desire time.

Android based Chat-Bot

Abstract: Today the users face a lot of problem regarding booking of the hotels in any android application because in most of the cases the user gets result more than what he expected or he gets results which are not according to his convenience .This paper focuses on automating the process of communication by use of chat-bot and it also focuses on providing customized results to the user which makes the process of hotel booking convenient and user friendly for him. An extensive research done on existing systems gave us an insight into their shortcomings which this system attempts to overcome by creating a chat-bot using Artificial Intelligence Markup Language and using various algorithms such as Keyword Matching , String Similarity , Spell Checker and Natural language parser. The implementation of this system has resulted in better resource utilization and increased responsiveness of user behavior. This system has been implemented to integrate with any Hotel Management Android Application to ease the process of hotel booking.

Design and Implementation of PIC16F877A Microcontroller Based Data Acquisition System with Visual Basic Based GUI

Abstract: Data acquisition (DAQ) is a process of bringing a real world signal in to the computer for processing, analysis, storage or other data manipulation. Here in this paper not only the process of data capture from real world in real time, also the process of data feed to real world in real time from computer in different format is also discussed with a developed user friendly Graphical User Interface (GUI) in Visual Basic platform. To control any parameter of a device it is necessary to have the real time data of that parameter in the controller. Also, to control the device it is required to feed some data back to the real world after some processing of the captured data. Here in this paper capturing and feeding of data with user friendly GUI is developed with the help of PIC16F877A microcontroller.

CloudTUI-FTS: a user-friendly and powerful tool to manage Cloud Computing Platforms

Abstract: The NIST defines Cloud Computing as a model for en-abling ubiquitous network access to a shared pool of con-figurable computing resources. Thanks to the popularity of Cloud Computing and its various area of applicability, in the last years various projects have been realized for building Cloud systems (e.g., Amazon Web Services, Nimbus, OpenStack, Eucalyptus, and Microsoft Azure, just to name a few). Unfortunately, most of these projects (especially the open source ones) have some drawbacks: the user interfaces are not userfriendly, the basic tasks are complex to setup and to configure even for users with computer science skills. In this paper we present CloudTUI-FTS: a powerful and user-friendly tool able to easily interact with different Cloud platforms. In particular, with CloudTUI FTS the user can perform both basic tasks (e.g., start-up/shut-down a service) and advanced tasks (e.g., create policies and mechanisms to prevent faults and to provide service scalability). We evaluate the effectiveness of our tool on the CloudLab infrastructure.

Computer-assisted audit tools in verification tasks: Implementation in Microsoft Excel and in CaseWare IDEA

Abstract: In the professional context of accountants and auditors there is a permanent need of executing data verification tasks due to the need to check data coherence. Software houses have specific computer-assisted audit tools to execute those procedures: those tools are presented as user friendly and no need of specific background in Information Technologies. CaseWare IDEA is among those tools. Additionally, other general purpose tools, such as Microsoft Excel, can be adequate to data verification tasks, by including some alerts by customizing Conditional Formatting. There seems to be some lack of knowledge about the potentialities of Excel and IDEA, so this paper will address the topic, mainly by comparing both tools in the execution of specific verification tasks and fraud detection.

Internet controlled robot: A simple approach

Abstract: This paper describes an internet based robotic system which can be used for surveillance purposes through developing a flexible and user friendly mobile robot controllable from anywhere using internet servers. An android controlled mobile phone mirrored via internet server to control the robot using Bluetooth as well as getting live video feed through the application have been adopted in this control system. The central focus of this work is to develop a cost efficient and user friendly nature of the surveillance robot. There has been several development in this field but with the increased use of smartphones, this paper proposes the most convenient way of having a surveillance robot. User can control the robot using the video feed from the mobile camera by operating through an app based on app inventor language. The secured server allows complete access to the android interface mobile to regulate the robot.

Towards the Design of a User-Friendly and Trustworthy Mobile System for Museums

Abstract: Designing mobile applications for enhancing user visiting experiences in museums is a current trend. This paper discusses the current work on mobile applications that are dedicated to museums. Following a specific methodology, we propose specific user and app classification requirements. Based on those requirements, we present the design of a user-friendly and trustworthy mobile system prototype that includes functionality needed from such institutions. We adopt suitable authorization mechanisms permitting specific operations to various user groups. We evaluate the proposed system design comparing it with other known systems following a specific usage scenario. We feel that this study could help on the design and implementation of trustworthy mobile-based museum visiting applications.

A hardware agnostic platform for transparent access control of internet of everything (ioe) destinations via correlation, classification, and/or tagging

Abstract: Simplified and/or user friendly interfaces can be employed to facilitate administration of a routing platform that couples devices of a local area network (LAN) to an external communication network (eg, the Internet) In one aspect, the routing platform comprises a firewall that can be employed to perform access control and/or an Internet of Things (IoT) hub that can be employed to control operations of IoT devices of the LAN, for example, based on domain information, user-defined tags and peer-defined criteria to make correlations that are leveraged to implement access control policies A search and command interface is employable to issue textual (eg, natural language) commands to configure access control policies, tags for devices and/or websites, and/or search for data

Towards an interface for user-friendly linked data generation administration

Abstract: Linked Data generation and publication remain challenging and complicated, in particular for data owners who are not Semantic Web experts or tech-savvy. The situation deteriorates when data from multiple heterogeneous sources, accessed via different interfaces, is integrated, and the Linked Data generation is a long-lasting activity repeated periodically, often adjusted and incrementally enriched with new data. Therefore, we propose the rmlworkbench, a graphical user interface to support data owners administrating their Linked Data generation and publication workflow. The rmlworkbench’s underlying language is rml, since it allows to declaratively describe the complete Linked Data generation workflow. Thus, any Linked Data generation workflow specified by a user can be exported and reused by other tools interpreting rml.

Sending Money Like Sending E-mails: Cryptoaddresses, The Universal Decentralised Identities

Abstract: Sending money in cryptocurrencies is majorly based on public keys or their hashed forms -- "addresses." These long random-looking strings are user unfriendly for transferring by other means than via copy-and-paste or QR codes. Replacing such strings with identifiers chosen by users themselves would significantly improve usability of cryptocurrencies. Such identifiers could be memorable, easier to write on paper or to dictate over phone. Main challenge lies in designing a practically usable decentralised system for providing these identifiers. Former solutions have been built as centralised systems or come with nonnegligible limitations. Our solution is reminiscent of a prevalent e-mail system, which is an already user friendly and desirably decentralised system. It is shown that our approach is directly applicable also to other systems that use long cryptographic identifiers.

LEGO Mindstorms NXT for elderly and visually impaired people in need: A platform

Abstract: This paper presents the employment of LEGO Mindstorms NXT robotics as core component of low cost multidisciplinary platform for assisting elderly and visually impaired people. LEGO Mindstorms system offers a plug-and-play programmable robotics toolkit, incorporating construction guides, microcontrollers and sensors, all connected via a comprehensive programming language. It facilitates, without special training and at low cost, the use of such device for interpersonal communication and for handling multiple tasks required for elderly and visually impaired people in-need. The research project provides a model for larger-scale implementation, tackling the issues of creating additional functions in order to assist people in-need. The new functions were built and programmed using MATLAB through a user friendly Graphical User Interface (GUI). Power consumption problem, besides the integration of WiFi connection has been resolved, incorporating GPS application on smart phones enhanced the guiding and tracking functions. We believe that developing and expanding the system to encompass a range of applications beyond the initial design schematics to ease conducting a limited number of pre-described protocols. However, the beneficiaries for the proposed research would be limited to elderly people who require assistance within their household as assistive-robot to facilitate a low-cost solution for a highly demanding health circumstance.

Personalized Web Search using User Identity

Abstract: Now a days the websites are available in bulk and a single search can give various different results. There still exist problem of getting results based on user importance in order to save time and complexity while searching. The personalized search built on user unique identification can solve the current problem to large extent. In this paper we have taken a unique personalization approach. We identify user and makes search according to user interest based on previous searches made by him. We present a personalized web search framework UIBP (USER IDENTIFICATION BASED PERSONALIZATION). The comparison of our model with others shows that our search agent will prove more user friendly as it will make the searching fast, easy and provide accurate results. Therefore it is an enhancement in the field of web mining.

Data Cleaning Utilizing Ontology Tool

Abstract: Recent advancement in Internet Technologies has made web browsing increasingly easy and user friendly. From the traditional method of desktop web browsing and the birth of dial up modem connection, users nowadays are able to enjoy a fast and reliable web browsing via high speed wireless Internet connection and portable mobile devices. Browsing a web has become much easier with the state of the art search engines such as Google, which provide much functionalities which could make browsing easier such as improved crawler, easy to use search interface, web personlization, Web 3.0 support and integration and many more. In order to build a robust and reliable search engine, the developer needs to integrate all the data and present them in a meaningful format for user’s viewing convenience. Integrating these data is a tedious task as data usually occur in numerous format, and layout. Furthermore, web developers usually present the data content in various languages of their choice, which made the processing of these data increasingly difficult. There is also no standard convention to represent the data format and even a standardize rule to process this data has not been developed. To resolve this issue, researchers develop data extractor which could effectively extract data from web sources, tabulate them, and used it for further processing. However, not all data are correctly extracted, they may either missed certain valuable information or contain additional unnecessary information. In the case of unnecessary information, researchers use a cleaning method to remove them such that the data extracted are free of errors. Removing these data is important as unnecessary information may affect the accuracy of subsequent extractor tools, hence may eventually prevent the tool from performing its task efficiently. In this research proposal, we embark on a data cleaning tool to clean data using ontology tools. Experimental results show that our tool is highly efficient in data cleaning and is able to outperform existing state of the art tools.

The Richardson's extrapolation graphical user interface excel spreadsheet solver

Abstract: In this paper, the fourth version of Richardson’s extrapolation Excel spreadsheet calculator for computing differentiations numerically has been upgraded. In this version, a graphical user interface (GUI) form was developed to capture users’ inputs so that users will not confuse the input and output in Excel spreadsheet. It makes this version of GUI Excel spreadsheet solver more user friendly, attractive and interactive. A summative evaluation of this Richardson’s extrapolation GUI Excel spreadsheet solver has been conducted by involving 20 postgraduate students by using questionnaire. The findings showed that the majority of the students agreed that the Richardson’s extrapolation graphical user interface (GUI) spreadsheet solver provides an interesting and interactive learning environment.

Beyond android: An essential integration for better utilization

Abstract: Modern mobile communication technology had solved many problems for business and individuals. Modern open source android applications are featured individually. The integration of such applications will be essential for team managers or seniors. Many trials of integration do exist such as TripIt, Gist, TouchDown and iSolve, as an example. In this paper we introduced an integrated third party application that has essential features and functions. The proposed application is user friendly, efficient and cost effective.

The French Belgian Sign Language Corpus. A User-Friendly Corpus Searchable Online

Abstract: This paper presents the first large-scale corpus of French Belgian Sign Language (LSFB) available via an open access website (www.corpus-lsfb.be). Visitors can search within the data and the metadata. Various tools allow the users to find sign language video clips by searching through the annotations and the lexical database, and to filter the data by signer, by region, by task or by keyword. The website includes a lexicon linked to an online LSFB dictionary.

Try-CybSI: A Platform for Trying Out Cybersecurity

Abstract: The IEEE Cybersecurity Initiative developed a user-friendly, cloud-based, interactive platform for hosting tools and demonstrations: Try-CybSI. The goal is to help practitioners and students gain practical familiarity with tools and widespread attacks' behavior.

The user friendly features and menu of user satisfaction of teaching and learning at university in Jakarta

Abstract: Every university is required to have a good learning tool and a tool which can increase the competition between universities. So, the university can win the competition with other universities in line with increasing the society needs of formal education. The object of this research is one of the universities in Jakarta, Indonesia, whereas the focus is the feature or variable of user friendly and menu to satisfaction variable on the web which supports the teaching and learning process in university. Nowadays, the introduction of E-Learning system prepares student learning material as online access is becoming widespread trend, especially at the university. The research aims to find out user friendly features and menu which is influence learning process on the web at one of university in Jakarta, as a consideration reference for university leader for taking a policy as a way to increase the learning system quality. The method for this research is the use of literature study, questionnaire for lecturer and university students on odd semester 2013/2014 with the use of likert scales shown that university student of variable X1 is neutral or user is satisfied or unsatisfied. Meanwhile, most of X2 variable is neutral, the user said that they were satisfy with D-10 with the score is 1723, and then for the Y variable is the user satisfaction toward web is neutral. The result of questionnaire toward lecturer shown that X1 variable about user friendly is 2 variables are satisfied and 4 variables are neutral or user satisfaction and dissatisfaction toward the web. As for X2 variable about menu shown that 11 variables are satisfied with score above 237, meanwhile 4 variables are neutral with score between 212 until 226. So, it can be conclude that user friendly features are quite influenced user satisfaction on learning process.