Evaluation Of Information Systems Research Articles

Green Infrastructure Mapping in Almeria Province (Spain) Using Geographical Information Systems and Multi-Criteria Evaluation

Green infrastructure (GI) is increasingly prioritised in landscape policy and planning due to its potential to benefit ecosystems and enhance wildlife conservation. However, due to the uneven distribution of protected areas (PAs) and the fragmentation of habitats more generally, multi-level policy strategies are needed to create an integrated GI network bridging national, regional and local scales. In the province of Almeria, southeastern Spain, protected areas are mainly threatened by two land use/land cover changes. On the one hand, there is the advance of intensive greenhouse agriculture, which, between 1984 and 2007, increased in surface area by more than 58%. On the other hand, there is the growth of artificial surfaces, including urban areas (+64%), construction sites (+194%) and road infrastructures (+135%). To address this challenge, we present a proposal for green infrastructure deployment in the province of Almeria. We combine Geographic Information Systems (GISs) and multi-criteria evaluation (MCE) techniques to identify and evaluate suitability for key elements to be included in GI in two key ways. First, we identify the most suitable areas to form part of the GI in order to address vulnerability to degradation and fragmentation. Second, we propose 15 ecological corridors connecting the 35 protected areas of the province that act as core areas. The proposed GI network would extend along the western coast of the province and occupy the valleys of the main rivers. The river Almanzora plays a leading role. Due to its remoteness from the coast and its climatic conditions, it has not attracted intensive greenhouse agriculture and urban development, the main drivers of the transformation and fragmentation of traditional land uses. Around 50% of the area occupied by the proposed corridors would be located in places of medium and high suitability for the movement of species between core areas.

The Carceral State: Implications for Information and Technology Research and Practice

ABSTRACTThis systematic literature review synthesizes published sources from the ASIS&T Digital Library and the ACM Digital Library to develop a definition of the carceral state and to show how the term has been used in contemporary technology‐focused research. The carceral state concept has been adopted and applied widely in multiple areas of social scientific research to refer to the formal institutions of the criminal justice system proper and other social arrangements, ideologies, practices, and technologies that punish, surveil, and contain populations. Our review reveals a recent and increasing engagement with the carceral state in the collections surveyed. Encouraged by this increasing attention, this review is an attempt to introduce the carceral state as a guiding framework for tech‐society research and to consider implications for advancing responsibility, reflexivity, and care in the creation and evaluation of information systems, programs, and services.

Suitability Analysis of Solar Photovoltaic Farm Locations Using GIS: A Case Study of Nakuru County, Kenya

Renewable energy sources play a crucial role in reducing global reliance on fossil fuels. Advancements in technology has en- abled harnessing of renewable energy from solar, wind, and ocean tides to be viable. Solar energy, in particular, has gained significant global recognition as a renewable energy alternative. This study integrates Multi-Criteria Evaluation (MCE) and Geographic Information Systems (GIS) to assess Solar Photovoltaic Farms (SPVFs) suitability in Nakuru County, Kenya. The study considered seven criteria including; slope, solar radiation, aspect, land use land cover, proximity to roads, power transmission lines, and settlements. These were evaluated using the Analytical Hierarchy Process (AHP) to generate weights for each decision criterion. The weights were used to overlay independent criteria maps that were formed as a result of the re- classification of each criterion from which a composite rated map was developed. Similarly, a composite restriction map was created by leveraging on constraint criteria including; protected ecosystems, water bodies, settlement areas, slope over 20%, proximity to roads, proximity to the transmission line, and land use land cover. Results obtained from overlaying the composite rated and restricted maps reveal Nakuru County’s general suitability for SPVFs, except for Kuresoi North and Kuresoi South divisions which exhibit low solar radiation. Extremely-suitable areas ac- counted for 3.00% (224.14 km²), very-suitable areas 34.05% (2541.45 km2), moderately-suitable areas 7.76% (579.55 km2), marginally-suitable areas 1.47% (109.77 km2) while least-suitable areas covered 0.02% (1.39 km2). The study provides valuable data and information for government agencies and investors to identify potential Photovoltaic (PV) system sites. Furthermore, the government is encouraged to establish a favorable framework for solar PV exploration and provide incentives to the private sector to facilitate the establishment of SPVFs.

Landslide susceptibility zonation mapping using geospatial technologies and multi criteria evaluation techniques in the upper Didessa sub-basin, Southwest Ethiopia

ABSTRACT Landslides have a profound impact on landscape geology, resulting in extensive devastation and loss of human lives. Mapping landslide susceptibility is crucial for effective land use planning in mountainous country like Ethiopia. This study was conducted in the upper Didessa sub-basin, southwestern parts of Ethiopia using Geographic Information System (GIS) and multi criteria evaluation (MCE) technique. This study employed a blend of primary data, encompassing field surveys and interviews with experts, as well as secondary data derived from diverse source, such as remote sensing data, digital soil maps, and geological maps. A total of eleven critical factors were employed to assess the triggers of landslides. These factors include slope, aspect, drainage density, topographic wetness index (TWI), stream power index (SPI), topographic ruggedness index (TRI), hypsometric integral, lithology, land use land cover (LULC), soil texture, and distance from roads. The analytical hierarchy process (AHP) method was used to determine the significance of each indicator through pairwise comparison matrix. The study area was categorized into different zones based on the susceptibility to landslides, namely very high, high, moderate, low, and very low. Results revealed that cultivated land had the highest likelihood of experiencing landslides, with a total of nine incidents out of 25, followed by built-up areas with seven landslides. Conversely, dense forests, sparse forests, and grazing land experienced a lower likelihood of landslides. Out of the 11 factors contributing to landslides, 24% of the surveyed region was deemed to have a moderate susceptibility, with 12% and 6% falling into the categories of high and very high susceptibility to landslides, respectively. The findings of this research provide important information for policymakers to develop efficient measures for preventing and reducing the risks of landslides.

Development and evaluation of an interactive information system in technical assistance and rural extension

The state of Espírito Santo has a wide diversification of rural activities, such as family agribusinesses and activities related to rural tourism. However, diagnosing the rural zone presents some challenges, such as the difficulty of access and location, long distances, and excessive costs, combined with the scarcity of human and financial resources inherent to public services. In this sense, it is necessary to restructure the communication and technical assistance and rural extension model established by public institutions to reinforce the trend towards the use of Information and Communication Technology (ICT) tools and the implementation of concepts such as e-government (e-Gov). In this context, we propose an interactive computational tool, focusing on diagnosing, planning, and addressing the different current demands the rural sector presents. To achieve this, we have developed a consulting and data analysis system that also employs artificial intelligence concepts, aiming to increase the efficiency and quality of public services in rural areas. The proposed system is called Agrolegal Ater Digital and includes functionalities such as registration, diagnosis, virtual library, event registration, news, and funding opportunities. The objective is to facilitate access to information for rural entrepreneurs regarding the public services offered and to increase the speed of communication with public agents. The results obtained through the conducted diagnoses are promising, with good acceptance from the test group regarding the proposed tool and the use of information technology in addressing requests in rural areas.

Investigation on pharmaceutical care barriers perceived by clinical pharmacists in secondary and tertiary hospitals in China

ObjectiveThis study aimed to understand the current status of pharmaceutical care barriers perceived by clinical pharmacists in secondary and tertiary hospitals in China, and to provide a reference for further improving the quality of pharmaceutical care and perfecting the construction of pharmaceutical care system in China. MethodsThe PCBS-CH scale (Pharmaceutical Care Barriers Scale in Chinese Hospitals) was used to measure the perceived pharmaceutical care barriers of clinical pharmacists, and descriptive statistical analysis was used to identify the main barriers faced by clinical pharmacists. The different barriers perceived by clinical pharmacists with various characteristics was investigated by subgroup analysis. ResultsA total of 1266 clinical pharmacists from 31 provinces were finally included. The results revealed that the main barriers faced by clinical pharmacists in the process of implementing pharmaceutical care included lack of additional staffing, lack of time for pharmaceutical care provision and continuing education, and lack of an electronic information system and prescription evaluation system for pharmaceutical care. Subgroup analysis found that clinical pharmacists who are without training (P < 0.001), worked in tertiary hospitals (P = 0.036), and had other training certificates (P < 0.001) perceived higher pharmaceutical care barriers. ConclusionClinical pharmacists in secondary and tertiary hospitals in China have a low perception of overall pharmaceutical care barriers, but still face some important barriers. In order to promote the development of pharmaceutical care in China, the quality of clinical pharmacists should be improved, strict entry criteria should be established, clear responsibilities should be defined, the rights of female clinical pharmacists should be protected, and hospital facilities should be upgraded.

Audit Sistem Informasi Monitoring dan Evaluasi (Monev) Pada Puskesmas Kecamatan Ciracas Menggunakan COBIT 2019

This research starts from the framework of thinking that auditing information technology governance in monitoring and evaluation (monev) information systems using COBIT 2019 is an important thing to do. In the present and future, it is necessary to align information technology investments with the aim of community services in public health centers. The COBIT 2019 framework provides the benefits of implementing information systems, minimizing risks, and optimizing resources according to needs at the Ciracas District Health Center. In implementing monitoring and evaluation (monev), the factor design from COBIT 2019 can determine which domains must be assessed for their maturity level, so that agencies can know what needs to be improved. In this case, the EDM02 domain focuses on the process of optimizing the contribution of business value, services and IT assets resulting from investment at a cost that is acceptable to the company, while MEA03 ensures that the agency has complied with all applicable external requirements. Based on the results of the inspection, EDM02 has a current maturity value of 4.23 with a maturity level of 5-Optimized, which means that the implementation of monitoring and evaluation (monev) at the Ciracas District Health Center has run according to its objectives, while MEA03 has a current maturity value of 3.98 with a maturity level of 4- Manged and Measureable, which means monitoring and evaluation (monev) at the Ciracas District Health Center has been running well, even data or information has been integrated

Exploring ICOPE's Impact on Delaying Elderly Disability Management.

The purpose of this study was to explore the initial benefits of introducing the ICOPE (Integrated care for older people) information assessment system for the management of hospitalized elderly patients in a teaching hospital in Eastern Taiwan. The ICOPE information assessment system was set up for case screening and abnormal referral through clinical ICOPE, followed by follow-up and case management. The results showed a total of 3424 screened cases, an average of 311 ICOPE screenings per month, an average of 48 abnormal screenings per month (15%), a referral rate of 79%, a rescreening rate of 91%, and a case management completion rate of 71%. Conclusion: Introducing the ICOPE information evaluation system can quickly screen for potential abnormal disability cases in hospitalized elderly patients, timely referral case management, provide appropriate intervention measures, and improve the quality of life after returning home in old age.

Information System for Evaluation of Investments in the Field of Information Technologies

Creating an information system for evaluating investments in the field of information technology is a relevant task as it influences the efficiency of resource utilization in this strategically important sector. Information technologies are rapidly evolving, and proper investment evaluation can contribute to maximizing profitability and reducing risks. The research highlights various approaches to addressing this issue, each defined by its own characteristics. The study analyzes the investment process, proposing a mathematical model for investment problems in the form of a multi-criteria optimization task with Boolean variables. A structural approach is used to depict the principles of the system’s operation and information flows. Development tools are selected, and a prototype of the software is implemented. Further research directions include system verification and the development of additional modules to enhance functionality.

Diagnostic pattern of mental, neurological and substance use disorders at primary health care facilities in Uganda

Integration of diagnosis and treatment for mental, neurological, and substance use (MNS) disorders into primary health care is a recommended strategy to improve access to services in low-and middle-income countries. Despite numerous initiatives for integration of mental health care in Uganda, there has not been an evaluation of health management information system (HMIS) records to determine whether MNS disorders are routinely diagnosed. We sought to determine diagnostic pattern of MNS disorders at primary health facilities in Wakiso and Kampala districts, the most populous regions of Uganda. Lower-level primary health facilities were visited to obtain records from HMIS registers, to document diagnoses of MNS disorders. Secondary data analysis was conducted and descriptive statistics reported. A total of 40 primary health care facilities were visited representing 58.6% of the health facilities in the study districts. More than half (54.8%) and almost all (87.5%) of the lower-level health facilities in Wakiso district and Kampala district respectively were visited. The proportion of MNS disorders diagnosed at lower-level primary health facilities in Uganda is very low with Epilepsy the most common MNS diagnosis recorded. Reasons for such low numbers of diagnoses at primary health facilities are discussed as are possible solutions.

Analyzing the Web-Based Library Information System at SMKN 1 Talang Ubi

In the rapidly evolving field of information technology, the transition from manual to computerized systems has become essential for improving efficiency and accessibility. This study focuses on the analysis, development,and evaluation of a Web-Based Library Information System at SMK Negeri 1 Talang Ubi, aimed at modernizing library management through automation. The system facilitates processes such as book borrowing, member registration, and data management, with the added benefit of remote accessibility. The system was developed using the Web Engineering methodology, which includes stages of Customer Communication, Planning, Modeling, Construction, and Delivery &amp; Feedback. UML (Unified Modeling Language) tools were employed for system design, and PHP, HTML, and MySQL were utilized for programming and database management. Usability testing with 100 participants revealed positive outcomes: 80% rated the system's navigation and design as "Excellent" or "Good," and 80% found the user interface consistent across different sections. However, 10% of participants experienced issues with device accessibility, indicating a need for further improvements in cross-device compatibility. Overall, 80% of users were satisfied with their experience. The Web-Based Library Information System at SMK Negeri 1 Talang Ubi has successfully enhanced library management through improved efficiency and accessibility. The high satisfaction rates among users highlight the system's strengths, although addressing cross-device accessibilityissues remains a priority. This study provides a valuable framework for other educational institutions seeking to implement similar web-based solutions

Evaluasi dan Pengembangan Model Sistem Informasi Manajemen Skrining Resep di Instalasi Farmasi RSUD Dr. Hasri Ainun Habibie Gorontalo dengan Metode EUCS

Introduction: Management information systems (SIMs) can provide data and information that can help facilitate prescription screening such as administrative, pharmaceutical, and clinical data. Data and information from the hospital management information system (SIMRS) are also to make it easier to screen prescriptions and prevent medication errors. Objective: This study aims to evaluate the need for a screening management information system at dr. Hasri Ainun Habibie Gorontalo and developed. As well as seeing the level of user satisfaction after the development of a prescription screening management information system Methods: The research conducted is quantitative descriptive. The data collection of system needs analysis was carried out by looking directly at the system at dr. Hasri Ainun Habibie Gorontalo Hospital. As well as evaluating the system using the End User Computing Satisfaction (EUCS) method by distributing questionnaires to pharmaceutical officers. After obtaining an analysis of the system needs, the design of the prescription screening management system was made using context diagrams, data flow diagrams (DFD), and entity relationship data (ERD). Data analysis to see the increase in satisfaction using the wilcoxon signed rank test. Results: The results of the observation of the completeness of prescription screening in the system at dr. Hasri Ainun Habibie Gorontalo Hospital show that administrative, pharmaceutical and clinical screening has not been fully completed. Meanwhile, the pretest results of the evaluation of the system that has been implemented in the hospital show that the frequency of respondents' answers in the dissatisfaction scale category in variable content is 97.2% and accuracy is 55.6%. However, after system development and re-evaluation as a result of the posttest, the results were obtained that the suitability of administrative, pharmaceutical and clinical screening on the satisfactory scale in variable content was 58.3%, format 51.9%, ease of use 66.7%, timeliness 55.8%, and very satisfied scale at variable accuracy 55.6%. Analysis of pretest and posttest data using the Wilcoxon test showed a significant value (p) of 0.007. Conclusion: The results of the evaluation and design of the prescription screening management information system have met the criteria and received increased satisfaction from system users. So that the system is ready to be implemented at dr. Hasri Ainun Habibie Gorontalo Hospital.

Effectiveness of SunPlus as an Accounting Information System in SDAC East Indonesia Union Conference Using DeLone &amp; Mclean Information System Success Model

Faith-based organizations play a pivotal role in society, necessitating robust information management systems for efficient functioning. This study examines the effectiveness of SunPlus, an accounting information system, within the context of the Seventh-day Adventist Church (SDAC), utilizing the Delone &amp; McLean information system success model. The SDAC is a global faith-based organization overseeing numerous institutions. Data for this study was gathered through a questionnaire distributed among all SunPlus users within the SDAC East Indonesian Union Conference, which yielded responses from 80 participants. The findings highlight the significant impact of information and system quality on user usage and satisfaction, which in turn affect the overall net benefit to the organization. However, the study also reveals that service quality variables do not significantly influence usage and user satisfaction. Consequently, while SunPlus serves as an essential accounting information system, it may require additional enhancements to achieve optimal effectiveness in meeting the organization's needs. The study underscores the importance of continuous evaluation and improvement of information systems in faith-based organizations to ensure they adequately support their complex administrative and operational functions. These findings are crucial for the SDAC and similar organizations striving to enhance their information management systems for better performance and user satisfaction.

Evaluasi Ticketing MRT Jakarta Mobile Apss dengan Menggunakan Model DeLone dan McLean

The MRT Jakarta has three methods of ticket payment, i.e. Ticket Vending Machine, E-Money Tap Card, and by apps using MRTJ mobile apps. Some issues came from the passengers complaining about the simplicity of purchasing MRTJ ticket using this app. Passengers are confused when using this apps, while using another payment method is faster and more efficient. This research was conducted by evaluating information system success on the MRTJ mobile apps application using the Delone &amp; McLean model approach with the correlation of 6 variables, including information quality, system quality, service quality, use, user satisfaction, and net benefit with the structural equal model method using the SmartPLS application. The analysis was carried out in two stages: the measurement model (outer model) and the structural model (inner model). In the outer model test, two indicators in the system quality variable do not pass the validity requirements, so they need to be excluded from these variables. All variables are proven to have an influence on the application, but the information quality variable on the use variable and the information quality variable on user satisfaction have a tendency to negatively influence based on the path coefficient value determined by the p-value and t-statistic values so that it does not fulfil the predetermined hypothesis.

Evaluation of The Implementation of The Laboratory Information System Using the Hot Fit Method in Maxima Clinical Laboratory

Evaluation of information systems in the health domain goes beyond exclusively technological considerations but also includes evaluation of human and organizational dimensions. The information system evaluation model frequently health used is called HOT-Fit (Human Organization Technology-Fit). This model considers the complex interactions between human, organizational, and technological elements in the context of health information systems. This research aims to analyze the implementation of the Laboratory Information System using the HOT Fit method at the Maxima Clinical Laboratory. The research method used is quantitative with a cross-sectional research design using a survey approach. Research subjects include laboratory managers, laboratory staff, information system users, and patients. Primary data was collected through questionnaires and interviews, while secondary data was obtained from related documents. The data analysis technique used is descriptive analysis and Partial Least Square ( PLS ). The research results show that there is a significant influence between system quality (p-value = 0.041), information quality (p-value = 0.003), service quality (p-value = 0.003), and user satisfaction (p-value = 0.041). Research findings can be used as evaluation and improvement material for laboratory managers to increase the effectiveness and efficiency of health services by optimizing the use of information systems.

Qualitative and Psychometric Evaluation of 29-Item Patient-Reported Outcomes Measurement Information System® to Assess General Health-Related Quality of Life in Patients With Moderately to Severely Active Inflammatory Bowel Disease

ObjectivesTo evaluate content validity and psychometric properties of the 29-item Patient-Reported Outcomes Measurement Information System (PROMIS-29) to determine its suitability in inflammatory bowel disease (IBD) clinical trials. MethodsContent validity of PROMIS-29 was evaluated using qualitative interviews, including concept elicitation and cognitive debriefing, among patients living with Crohn’s disease (Crohn’s disease n = 20) or ulcerative colitis (UC, n = 19). PROMIS-29 validity, reliability, and responsiveness were assessed using data from phase II clinical trials of Crohn’s disease (N = 360) and UC (N = 518). ResultsCommon (≥74%) symptoms reported in qualitative interviews were increased stool frequency, fatigue, abdominal pain/cramping, blood/mucus in stool, bowel urgency, and diarrhea. Disease impact aligned with PROMIS-29 content (depression, anxiety, physical function, pain interference, fatigue, sleep disturbance, and ability to participate in social roles/activities). Cognitive debriefing indicated that PROMIS-29 instructions were easily understood, items were relevant, and the recall period was appropriate. Psychometric evaluations demonstrated that PROMIS-29 scores indicating worse symptoms/functioning were associated with lower health-related quality of life and greater disease activity and severity. PROMIS-29 domain scores correlated (rs ≥ 0.40) with IBD Questionnaire domains and EuroQol-5-Dimension-5-Level dimensions measuring similar concepts. Test-retest reliability among patients with stable disease was moderate-to-excellent (0.64-0.94) for nearly all domains in all studies. PROMIS-29 was responsive to change in disease status from baseline to week 12. Thresholds for clinically meaningful improvement ranged from ≥3 to ≥8, depending on domain. ConclusionsPROMIS-29 is valid, reliable, and responsive for assessing general health-related quality of life and treatment response in IBD clinical trials.

SOFTWARE QUALITY EVALUATION USING ISO/IEC 9126 ON THE ITB STIKOM BALI ONLINE ACADEMIC INFORMATION SYSTEM (SION)

The success of the software that is built is seen based on whether or not the software works according to the ongoing business processes. One of the private universities that has used software as a tool in providing the information needed by students and other community members is ITB STIKOM Bali. The problem that occurs at ITB STIKOM Bali is that the Online Information System (SION) as application software has been implemented for a long time but its reliability has not been tested. The method used in this research is observation with a literature study flow, initial data collection, identification of evaluation needs, evaluation specifications, evaluation design, evaluation implementation and conclusions. This research uses the ISO 9126 framework and the characteristics taken are Usability and Functionality. The results obtained by the researchers were a successful evaluation of the ITB STIKOM Bali Online Academic Information System (SION) using a valid and consistent questionnaire and produced Usability results of 88.12% and Functionality results of 99.55%. These results show that the ITB STIKOM Bali Online Academic Information System (SION) can be used and functions well.

Design and Evaluation of Geographic Information Systems for Environmental Protection Through Data-Driven Decision Making: A Case Study of Solid Waste Management in Ali Mendjeli, Algeria

Design and Evaluation of Geographic Information Systems for Environmental Protection Through Data-Driven Decision Making: A Case Study of Solid Waste Management in Ali Mendjeli, Algeria

Discursive Web-Based Schizophyllum commune (Kurakding) Knowledge Bank: A Repository of Regional Knowledge for Sustainable Use and Development

Kurakding (Schizophyllum commune) mushrooms are renowned for their health-promoting and medical benefits and is considered a high-value farm product. Its popularity in Bicol Region, Philippines, makes it in-demand, which therefore makes it an expensive commodity. Recognizing the significance of this commodity, the Kurakding Information System (KIS) was designed and developed to serve as a repository of regional knowledge for its sustainable use and development. Specifically focusing on functionalities that allow the users to create content, retrieve knowledge, and interact with other users using social network services. During the design and development, an innovative software development model, the KIS Software Development Paradigm (KISSDP) was used. This model is a systematic integration of methods and techniques on software development practices adopting concepts and standards from Agile software development methodologies which establishes an explicit compliance with the ISO/IEC 25010 standards. Following Jakob Nielsen's principles for interaction design, KIS was subjected to rigorous testing and evaluation measuring the system's user interface in conformance with UI design standards. Achieving high ratings in usability (95.90%), acceptability (94.67%) and reliability (93.33%). Given the limited study on the development and evaluation of information systems designed to support the marginalized sectors in the country, it is our hope that this research study provides significant insights into the software quality principles and competencies as universal standards for various software development projects that boost favorable customer satisfaction and optimum user experience.

CSIMQ Anniversary Editor-in-Chief Thoughts and Editorial Introduction to Issue 38: Model-based and Decision Support Methods for Next-generation Information Systems

CSIMQ enters its second decade of existence, therefore the preface for the current issue starts with a message from the Editor-in-Chief, highlighting the journal’s mission of dealing with complexity management and systems modeling as meta-fields that have emerged from Information Science but remain relevant across diverse domains. Afterwards, the 38th issue is introduced by summarizing the four articles selected by guest issue editors on topics related to novel decision support methods or model-based frameworks for evolving or evaluating information systems. Design-oriented research is the dominant approach in these works, balancing technical design decisions insights with empirical evaluation cases. Three of the selected articles contribute with decision-support methods or frameworks – for ESG (Environment-Social-Governance) accounting, for democratized decision services and for information security management. Another article revisits UML-based model-driven software development from a new perspective.