This study aims to develop a desktop-based sales information system to address the limitations of manual data recording at Lembur Kuring Mini Garden, a small business specializing in flower seedlings. Rapid advancements in information technology and the need for accurate, structured, and efficient data processing highlight the importance of computerized systems in supporting business operations. Manual processes such as recording customer data, stock inventory, and sales transactions often lead to errors, data duplication, and delays in decision-making. To overcome these issues, the system was developed using the Software Development Life Cycle (SDLC), which includes planning, analysis, design, implementation, and testing. The application was built using Visual Studio 2012 with C# and SQL Server as the database management system, while Crystal Reports was utilized for generating sales and inventory reports. Data collection was conducted through interviews to obtain system requirements directly from the business owner. The implemented system consists of modules for managing customer data, flower stock, and sales transactions, each equipped with essential functions including add, edit, delete, search, and report generation. Black Box Testing was employed to evaluate system functionality, focusing on input validation, process accuracy, interface responsiveness, and output correctness, all of which showed successful results. The findings indicate that the developed system effectively replaces the previous manual process, improves operational efficiency, reduces recording errors, and provides more organized and reliable information to support decision-making. Overall, the system demonstrates its feasibility and relevance for small businesses that require structured and efficient sales and inventory management.

This study presents a comprehensive analysis of verbal derivation in Lampung Language Dialects A and O, employing a computational linguistic approach to identify affixation patterns, morphophonemic processes, and the semantic and syntactic contributions of affixes. Verbal data were categorized according to prefixes, infixes, suffixes, and circumfixes. The findings show that both dialects exhibit highly consistent verbal derivation systems. The nasal prefix (N-) is the most productive, marking active transitivity and causativity, with identical nasal assimilation processes in both dialects (b/p → m-, d/t → n-, k/g → ng-, s/c/j → ny-, vowels → nge-/ng-). Other prefixes, such as di-, consistently indicate passivization, while be-/ber- and te-/ti- signal reciprocal/stative verbs and unintentional passives. Major suffixes (-ken, -ko, -an, -kon) function as causative, applicative, or result markers, whereas infixes (-el-, -em-, -en-, -er-) primarily modify phonology or add semantic nuance. Dialect comparison confirms strong structural similarity, with minor phonetic variations, such as object suffixes (-ni/-na in Dialect A vs. -no in Dialect O) and less productive affixes (bu- in Dialect A, per- in Dialect O). Formalization of derivation rules in Python successfully predicted most derived forms, although further refinement is needed for nasal assimilation on vowel-initial stems and vowel deletion in suffixation. This study underscores the fundamental similarity in Lampung verbal morphology and opens opportunities for computational linguistic applications, including morphological analyzers, translation tools, and language learning systems, which are vital for the preservation of regional languages. The results also contribute to a deeper understanding of Austronesian morphological typology.

The development of information technology is driving the transformation of health services through the use of telemedicine, particularly in community health centers (Puskesmas) as first-level health facilities that play a strategic role in improving access and quality of public health services. However, its implementation still faces technical, organizational, and environmental challenges, necessitating a study on the readiness and implementation model of telemedicine at the Sindang Sari Community Health Center in Kotabumi. The urgency of this research lies in the need to map the actual readiness of community health centers in adopting telemedicine sustainably and formulate a contextual implementation model according to the characteristics of primary health care. The novelty of this research is demonstrated through the use of the Technology–Organization–Environment (TOE) Framework to analyze the implementation of telemedicine in an integrated manner using a case study approach. The problem formulation focuses on the level of readiness for telemedicine implementation, the technological, organizational, and environmental factors that influence it, and an effective implementation model. This study aims to analyze community health center readiness, identify determinants of implementation, and develop an applicable implementation model. The research method employed a qualitative approach through in-depth interviews, observation, and documentation, with thematic data analysis based on the TOE Framework. The results indicated that readiness was in the moderately prepared category, with the technology dimension dominating, while the organizational and environmental dimensions still needed strengthening. The conclusion confirms that successful telemedicine implementation requires the ongoing integration of technological readiness, organizational capacity, and environmental support.