Multiple Distribution Method Research Articles

Digital Wealth Creation, Distribution and Common Prosperity

As a new form of social wealth, digital wealth is becoming an important force in the promotion of common prosperity. In the digital economy era, digital labor and data factors are important sources for creating digital wealth. The creation of digital commodity wealth is reflected in the process of value formation and value appreciation of digital goods, as well as in the expansion and reproduction process of data production factors. The creation of digital non-commodity wealth needs to rely on the coordination of multiple supply systems including government, enterprises, society and platforms. In the distribution of digital wealth in a socialist market economy, it is necessary to adhere to the basic distribution system with remuneration based on work as the main form and the coexistence of multiple distribution methods. It should fully reflect the value contribution of data factors while also addressing and resolving potential polarization effects caused by the distribution of digital wealth. On the basis of the new development stage, China should steadily advance the creation and accumulation of digital wealth on the basis of constantly strengthening, improving and expanding the digital economy, and should pay attention to standardizing the distribution of digital wealth in order to achieve a solid advance in the common prosperity of all the people.

Development of information technology of tasks distribution for grid-systems using the grass simulation environment

An information distribution task technology for GRID-systems based on the use of simulation modeling GRASS environment was proposed. GRASS reproduces the process of functioning over time of elementary events that occur in the GRID-system with maintaining their interaction logic. This solution enables conducting of computational experiments that implement different methods of distribution, with a following selecting of the most effective solution on the basis of the collection, analysis and interpretation of simulation results. The proposed task of distribution technology using simulation modeling GRASS environment, enables implementing multiple distribution methods and selecting the best distribution environment that increases the efficiency of GRID-systems by reducing the time of the task performance and reducing the downtime of resources in highly related tasks. GRASS modeling environment has a modular structure, which consists of a core and dynamically loaded modules (plug-ins). Each module performs a highly specialized task, referring if necessary to the other modules of the system. The core provides means of inter-module interaction and provides boot and system configuration.

General public's views on pharmacy public health services: current situation and opportunities in the future

ObjectivesTo explore the experience of and willingness to use seven pharmacy public health services related to cardiovascular risk among the general public in England. Study designMixed-methods study. MethodsA mixed-methods study, involving a cross-sectional survey using multiple distribution methods followed by a focus group discussion (FGD) with a sample of survey respondents. ResultsFrom 3596 approachable individuals, 908 questionnaires were completed (response rate 25.3%). Few respondents (2.1–12.7%) had experienced any of the seven pharmacy public health services. About 40% stated they would be willing to use health check services, fewer (9.3–26.3%) were willing to use advisory services. More females, frequent pharmacy users and those in good health were willing to use services in general (P < 0.05). Smokers, overweight individuals and those with alcohol-related problems were most willing to use specific advisory services supporting their problems (P < 0.05). FGD identified barriers to service use; for example, frequent staff changes, seeing pharmacist as medicines suppliers and concerns about competence for these services. ConclusionThe general public are receptive to pharmacy public health services. Pharmacists must consider barriers if uptake of services is to increase.

P-G1-11 多分岐分配可能な空気圧駆動マイクロ分注チップの開発(P-G1 マイクロ熱流体,ポスターセッション論文)

We verified about the multiple distribution method to supply the divided sample to the channel selected among the branched channels. The pneumatic micro dispenser chip that can divide liquids into 10nL each has been developed successfully. From the dispensing experimental result, the problem that it is difficult to supply the divided liquid properly to the channel (reactor) selected among branched channels has occurred. Therefore, we investigated that the issue was caused by the air compression in the micro channel and The dispenser chip was improved in order to supply the divided liquid properly to micro channel. The experimental result using improved chip provided us the effectiveness of the improvement. The micro dispenser chip with manipulation of nanoliter volume is useful for portable health care devices.

USING VIDEO TECHNOLOGY TO DISSEMINATE BEHAVIORAL PROCEDURES: A REVIEW OF FUNCTIONAL ANALYSIS: A GUIDE FOR UNDERSTANDING CHALLENGING BEHAVIOR (DVD)

Although applied behavior analysis has generated many highly effective behavior-change procedures, the procedures have not always been effectively disseminated. One solution to this problem is the use of video technology, which has been facilitated by the ready availability of video production equipment and software and multiple distribution methods (e.g., DVD, online streaming). We review a recent DVD that was produced to disseminate the successful experimental functional analysis procedure. The review is followed by general recommendations for disseminating behavior-analytic procedures via video technology.

Definition of FTL with bypass lines and its simulator for buffer size decision

The production engineer's decision regarding buffer size in a flexible transfer line with bypass lines (FTL-B) is one of the most important factors in maximizing production efficiency and minimizing production cost. In this paper, we define FTL-B. According to the definition, we propose a new gene arrangement, referred to as the multiple distribution method (MDM). We also present a production simulator system (PSS) which consists of a genetic algorithm (GA) system and a discrete simulator to decide a buffer size for any FTL-B. An application example was developed and after a number of operations based on the GA system and discrete simulator, the sizes of all buffers for the FTL-B could be determined. The results of the study can be used to improve the production plant and production engineers can use the results in their decisions for buffer size when they develop the FTL-B.