Using Case Based Reasoning to Support The Retrieval of Incident Reports

Case-based reasoning (CBR) solves new problems by adapting previously successful solutions to similar problems. A previously experienced situation, which has been captured and learned in a way that it can be reused in the solving of future problems is referred to as a previous case, stored case, or retained case. Correspondingly, Incident Reporting System can be used to strengthen the defenses that lead to the detection and resolution of potential problems and to detect problems before they results in an accident. This paper intended to retrieve information about previous incident and also use for incident report classification. So, Emergency and Out Patient Department of General Hospital will have safe time and reliability to retrieval and classify incident reports by using this system

Influence of Temperature and Relative Humidity on Pollen Germination and Spikelet Sterility in Improved Rice Varieties

Global warming is expected to increase the occurrence of heat induced spikelet sterility (HISS) in rice. However, there are few field-scale studies that could aid in predicting the potential risks to rice yield and developing countermeasures against yield losses. Therefore, this study was carried out to iden-tify the effect of high temperature on pollen fertility and spikelet sterility in improved rice genotypes and to assess the heat tolerance genotypes among the improved rice varieties during 2016 summer rice sea-son with twelve improved rice varieties in the field of Department of Plant Breeding, Physiology and Ecology with Randomized Complete Block design. The tested varieties were sown three different times to ensure engaged with high temperature stress at flowering time. The microclimate, pollination and spikelet sterility were examined. During observation periods the maximum air temperature was more than 35 °C, at that time the relative humidity was reduced (19-32 %) with high wind speeds (2–4 m s-1). Under such condition, there was supported microclimate for stable pollination even the temperature more than 35 °C. The average duration of high temperature above 35 °C was around 8 hours. Similarly the average nighttime temperature (7:00 pm – 7:00 am) was ranged 27-32 °C. Among tested genotypes, Thu Kha Yin, Shwe Thwe Yin, Zi Yar 9 and Shwe Ma Naw had higher seed set percentage (around 58-75 %). The results revealed that these four genotypes were promising genotypes for future breeding pro-gram related to heat toleranc