Unascertained Measure Model Research Articles

Comprehensive Evaluation Method for Ecotype and Safety Performance of Building

The ecotype and safety performance of urban buildings is affected by many factors. The evaluation method of unascertained measure model has been adopted, through analyzing the traits of the evaluating method and building performance indexes. Based on analyzing and researching, a relatively integrated evaluation indexes system has been established in this paper. The advantages and disadvantages of all factors have been shown out through analysis. Through factual application, the viability and maneuverability of this method has been confirmed. At the same time, the analysis results will provide scientific decision-making for improving the ecotype and safety performance of urban buildings.

Integrating unascertained measurement and information entropy theory to assess blastability of rock mass

Due to the complex features of rock mass blastability assessment systems, an evaluation model of rock mass blastability was established on the basis of the unascertained measurement (UM) theory and the actual characteristics of the project. Considering a comprehensive range of intact rock properties and discontinuous structures of rock mass, twelve main factors influencing the evaluation blastability of rock mass were taken into account in the UM model, and the blastability evaluation index system of rock mass was constructed. The unascertained evaluation indices corresponding to the selected factors for the actual situation were solved both qualitatively and quantitatively. Then, the UM function of each evaluation index was obtained based on the initial data for the analysis of the blastability of six rock mass at a highway improvement cutting site in North Wales. The index weights of the factors were calculated by entropy theory, and credible degree identification (CDI) criteria were established according to the UM theory. The results of rock mass blastability evaluation were obtained by the CDI criteria. The results show that the UM model assessment results agree well with the actual records, and are consistent with those of the fuzzy sets evaluation method. Meanwhile, the unascertained superiority degree of rock mass blastability of samples S1–S6 which can be calculated by scoring criteria are 3.428 5, 3.453 3, 4.058 7, 3.675 9, 3.516 7 and 3.289 7, respectively. Furthermore, the proposed method can take into account large amount of uncertain information in blastability evaluation, which can provide an effective, credible and feasible way for estimating the blastability of rock mass. Engineering practices show that it can complete the blastability assessment systematically and scientifically without any assumption by the proposed model, which can be applied to practical engineering.

The Comprehensive Evaluation of the Unascertained Measure for Software Quality

Abstract Use the unascertained measure method in the research of software quality evaluation, analyses the inner fuzziness and uncertain factors in the measure of software test, this paper presents a method that using the unascertained measure model to measure software quality which can make the quality of the software be effectively identified and evaluated, realize the computable evaluation of software quality. By using the unascertained measure model to evaluate software quality make the result more accurate, reliable and stable.

Unascertained Measurement Model for Water Safety Assessment

An unascertained measurement model was proposed for regional water safety assessment after choosing the proper index system of water safety characteristics in Shandong province. Unascertained measurement was obtained by calculating the single index with the weight power of each index by project pursuit method. By applying the unascertained measurement model to water safety assessment in Shandong province, the results show that it provides an effective approach to water safety assessment.

The Application on Risk Evaluation of Gas Explosion in Heading Face Based on Unascertained Measurement Model

According to influence factors of heading face gas explosion in coal mine, selection principle based on evaluation indexes, combined with Coal mine safety regulations, Technical standards for gas extraction and experts advice, the multilevel evaluation sets of gas explosion risk in heading face was established, and the weight of each evaluation factors was determined by information entrop, finally, a coal mine was evaluated by using the unascertained measure evaluation model we had established, then security level of the coal mine was achieved. The results showed the unascertained mathematical theory was applied on comprehensive evaluation of the gas prevention and control in mine heading face, it had important significance to prevent the occurrence of gas explosions and other accidents in heading face.

Evaluation of Sustainable Development Ability for Logistics Enterprises Based on Unascertained Measure

Objective and accurate evaluating the sustainable development ability of logistics enterprises is not only an important method for measuring but also the basis to construct the sustainable development ability. The study of logistics enterprises in this paper aims to improve their sustainable development ability in china. Firstly, analyze sustainable development ability of logistics enterprises and have a systematic study on the characteristics of the system based on the theory of core competence of the enterprises and sustainable development theory. Secondly, construct the evaluation index system of the sustainable development ability on the basis of the characteristics of logistics enterprises. Then carry out an evaluation based on unascertained measure model. Finally, a case study is analyzed.

Assessment on Logistics Outsourcing Risk Based on Rough Set Theory and Unascertained Measure Model

In recent years, logistics outsourcing has gained increasing importance and today is used by a large number of firms across virtually all industries worldwide. However, while logistics outsourcing brings enterprises economic benefits, it also brings in a lot of potential risks. It has an utmost significance to strengthen the identification and assessment of logistics outsourcing risks. The paper applies unascertained measure model to analyze and assess logistics outsourcing risks, which provides a new way to assess the risks of logistics outsourcing and is helpful for enterprises’ decision-making. Lastly, according to analysis results, the paper proposed aversion strategies for logistics outsourcing risks.

Pre-evaluation method of coal mine safety based on continental distance model with varying weight

At present, the methods of coal mine safety pre-evaluation are Fuzzy comprehensive evaluation, gray cluster analysis, matter-element analysis, BP artificial neural network, and so on. Pre-evaluation of coal mine safety is an effective method to ensure the safe operation of the mine production. Evaluation factors’ weight of every object related to coal mine safety is calculated according to these genes’ safety contribution rates, which would be put forward as a new method in this paper. After evaluation factor’s grade standards of the coal mine are treated properly, the continental distance model with varying weight, which would be capable to make a pre-evaluation of the mine, is established. After the application of this model to Huangling No.2 coal mine, the results of this model and unascertained measure model are compared and analyzed, which are excellently consistent.