Research on Partner Selection in Enterprise Innovation Ecosystem

In the face of fierce market competition,enterprises must ensure the competitiveness of their products or services through technological innovation.However,the complexity of technology often surpasses the capabilities of individual enterprises,leading them to deepen cooperation with other organizations.The entities within the enterprise innovation ecosystem depend on each other,collaborate closely,and rely on core enterprises to integrate resources,thereby creating system value and enhancing competitiveness.The purpose of this paper is to explore the process of selecting appropriate ecosystem partners.It begins by providing an overview of relevant concepts,characteristics,selection factors,and methods.Subsequently,it analyzes the roles,resources,and synergy evolution of the entities within the ecosystem.An evaluation system encompassing operation,core,synergy,and development capability is then established.This system comprises 16 indicators,including organization scale and reputation,and is accompanied by a hierarchical evaluation model.Finally,the validity of the evaluation system is confirmed through empirical analysis,utilizing the Analytic Hierarchy Process(AHP)and the fuzzy comprehensive evaluation method.

RESEARCH ON NEGOTIATION-BASED PARTNER SELECTION APPROACH

The key problem in the construction of virtual enterprises (VEs) is how toselect appropriate partners. The negotiation-based approach is proposed to support partner selectionin the construction of VEs. The negotiation model is discussed from three main aspectsrespectively, i.e., negotiation protocol, negotiation goal and negotiation decision-making model.And the generic mathematical description of the negotiation model is formally presented. Finally, asimple example is used to validate the approach's availability.

The Networked Manufacturing Resources Optimizing Configuration System and Its Partners Selection Method

The three levels optimizing strategy is put forward for the networked manufacturing resources optimizing configuration, namely, the optimizing of a logical manufacturing process, the optimizing of simulation-based integration of process planning and scheduling, and the optimizing of networked production scheduling. Then, the web services-based architecture of networked manufacturing resources optimizing configuration is brought forward. Finally, the key algorithm of the networked manufacturing resources optimizing configuration is discussed, namely, the two phases manufacturing partners selection method, which including the group technology-based manufacturing resources pre-configuration and the genetic algorithm-based executable manufacturing process optimizing.

Partners selection of VE based on the organizational field

VE organizational field is a management meaning field formed by the mutual action of resources element.It studies leader and partners in VE as a system,and founds the affiliation among them by the relation of resources.It describes candidate partner enterprise's inner trait and exterior trait by quality parameter and exterior parameter,then analyzes and evaluates them.It combines the qualitative variable and quantitative variable to evaluate the candidate enterprises.It integrates static and dynamic method to help the VE leader to choose partner,which is good for the whole alliance.

Tabu Search Solution for Resource Confidence Considered Partner Selection Problem in Cross-Enterprise Project

Cross-enterprise project is the main implementation form in multi enterprises collaborative production environment. Minimizing the risk of failure and tardiness caused by the uncertainty of partner’s resources in partner selection is the key problem to ensure success in Cross-enterprise project. In this paper, considering the factors and constraints of sub-project processing times, precedence of sub-project and project due date, especially the resource confidence, a 0-1 integer programming model was presented with the objective to minimize the risk of failure and the tardiness of the project. A project scheduling algorithm was designed to search and evaluate selection solutions, and the project scheduling algorithm was embedded into a Tabu search algorithm to solve the model. Simulation experiments and comparisons with other algorithms showed that the proposed approach was possible to find the optimal solution with a faster speed and higher probability.

Interval programming model for risk-based partner selection of virtual enterprise

The problem of risk-based partner selection of virtual enterprise is investigated. By choosing optimal partner for each project task, the project risk is minimized. The risk parameters are expressed in the form of interval numbers when the precise values are difficult to obtain, and the model is formulated into a 0-1 nonlinear programming with interval coefficients in its objective function. In order to solve the problem, the definition of order relation between interval numbers is given, and the original model is converted into an equivalent crisp bi-objective programming model. Because of the highly constrained nature and multiple objective of the model, a genetic algorithm is proposed to find the set of Pareto or near Pareto optimal solutions. The approach is demonstrated by some numerical examples, and the result shows that the suggested approach has high efficiency and the model has potential to practical applications.

Partner Selection Analysis and System Development Based on Gray Relation Analysis for an Agile Virtual Enterprise

This paper analyzes the state of the art of partner selection and enumerates the advantage of partner selection based on gray relation analysis comparing to the other algorithms of the partner selection. Furthermore, partner selection system based on gray relation for an Agile Virtual Enterprise（AVE） is analyzed and designed based on the definition and characteristics of the AVE. According to J2EE mode, the architecture of the partner selection system is put forward and the system is developed t^ing JSP, EJB and SQL Server. The paper lays emphasis on a gray relational mathematic model, AVE evaluation infrastructure, a core algorithm of partner selection and a multi-layer gray relation selection process.

Study on the partner selecting method of strategic alliance inhigh and new technology enterprises

A successful and effective strategic alliance involves many factors, of which selecting a proper partner is the most important factor to achieve the success of the alliance. In view of the characteristics of strategic alliance in high and new technology enterprises and according to the analysis on the standards of partner selecting and the factors of the success of alliance, this paper does some deeper research on the partner selecting and the alliance evaluation process from the perspective of different strategic levels by using a fuzzy comprehensive evaluating method, thus providing a method to select the alliance partner for high and new technology enterprises in China.

Symbol Partner Select计划向亚太地区深入推广

Symbol Technologies,Inc.,即The Enterprise Mobility Company^(TM)因向全球客户提供能够实时采集、移动和管理不同业务端之间信息的优秀产品和解决方案,被誉为业界的领袖。他的任何一项新产品发布、任何一番市场策略的走向都牵引着众人的目光。

Selecting a Chinese Construction Partner

This month＇s column highlights some key factors to be aware of when selecting a Chinese construction partner. We hope these tips will be useful in providing a basic understanding of China＇s complex business environment and how best to navigate it.

基于EDAS的高端装备制造业协同创新伙伴选择

伴随市场环境的复杂多变,高端装备制造业必须通过协同创新来增强技术实力及提高创新成效,其中伙伴选择是其实现创新的关键一步。首先,分析总结伙伴选择评价指标相关文献,并结合高端装备制造业协同创新发展需求,从互补性、兼容性、创新资源、创新能力、创新环境、声誉与信任及技术水平这7个维度,建立了高端装备制造业协同创新伙伴选择指标体系;然后,考虑到高端装备制造业的复杂性及专家评价的模糊性,在概率犹豫模糊环境下,构建基于可能度的平均解距离法(evaluation based on distance from average solution,EDAS)群决策评价模型,并将其应用到该指标体系下的协同创新伙伴选择中;最后,通过一个算例,对该研究方法加以验证,为高端装备制造业进行协同创新伙伴选择提供一定的参考。

基于Partnering模式下承包商选择与合作项目绩效的关系研究

本文构建了Partnering模式下建筑项目的承包商选择、合作伙伴关系与合作项目绩效之间关系的理论模型。以辽宁地区建筑企业为调查对象,利用结构方程模型对研究假设进行了验证。实证结果表明:Partnering模式下,建筑项目中恰当的承包商选择对合作项目绩效有显著的促进作用;良好的合作伙伴关系对合作项目绩效有积极的促进作用;并在承包商选择与合作项目绩效之间的关系中起到部分中介作用。此外,项目的合作伙伴关系对于战略的合作伙伴关系也有显著的促进作用。

基于SPA的Partnering合作伙伴选择

选择优秀的Partnering合作伙伴是保证项目成功的关键。文章针对传统承包商选择方法主观性强、操作难度大的弊端,运用集对分析理论建立Partnering合作伙伴选择综合评价模型。并结合具体案例证明该方法具有客观明确、计算简便等特点;所得结果符合实际,为业主选择优秀的Partnering合作伙伴提供了一种科学、简便的新方法。

Partnering模式下的伙伴选择与项目绩效:合作关系的中介效应

Partnering模式是改善项目绩效的一种有效方式,不同的伙伴选择会对项目绩效产生不同的影响。根据已有的研究将伙伴选择划分为信任程度、有效沟通、共赢态度和技术水平4个维度,引入合作关系作为中介变量,实证研究了伙伴选择对项目绩效的作用机制以及合作关系的中介效应。研究发现,合作关系在技术水平对项目绩效影响的中介效应并不显著,在有效沟通和共赢态度对项目绩效的影响中起着部分中介作用,在信任程度对项目绩效的影响中起着完全中介作用。研究结果对于Partnering模式下项目绩效的改善以及Partnering模式在我国的进一步发展与应用有着借鉴意义。

水电工程EPC项目联合体施工合作伙伴选择研究

水电工程EPC项目总承包往往需要组成联合体进行投标和实施,联合体合作伙伴的选择是完成工程的关键环节。该文通过建立EPC项目联合体施工合作伙伴评价指标体系,从设计方的角度出发,研究如何选择EPC项目联合体最佳施工合作伙伴,同时考虑决策者的主观心理因素对决策结果的影响,引入后悔理论,构建基于后悔理论的VIKOR合作伙伴选择模型,最后结合实际工程案例,验证考虑心理因素的合作伙伴选择模型更具合理性,为设计方选择联合体施工合作伙伴提供新的思路和参考。

Partnering模式下合作伙伴选择的研究

在工程项目Partnering组建过程中,最重要的是合作伙伴关系的管理问题。要想对合作伙伴的关系进行有效地管理,使得伙伴之间的利益最大化,首要的任务就是选择有效的合作伙伴。因此,笔者重点对工程项目的合作伙伴进行了研究。首先,根据工程项目的特点,提出了合作伙伴选择的原则;其次,借鉴相关文献,运用层次分析法对优化技术进行了分析,通过具体实例的剖析,提出了专属于工程项目管理的合作伙伴选择指标体系。