"Languaging" factors affecting clients' acceptance of forgiveness intervention in marital therapy

Forgiveness is a significant intervention for healing interpersonal injury. Yet therapists do not often use forgiveness intervention. Employing a semantic perspective and a survey design (n = 307), this study investigated whether the language used to rationalize forgiveness intervention (set at five levels: personal growth, relationship reconciliation, spiritual issue, others' growth, and pardoning/condoning) may affect its acceptability. Gender, problem type, and choice were also included in the analyses. Overall, forgiveness was found to be an acceptable intervention. A pardoning/condoning rationale led to significantly lower acceptability ratings. Other results are discussed. We conclude that therapists should be less apprehensive about using forgiveness, but need to inform themselves better concerning its purpose, process, and articulation.     

Strategic implications of the information age

conclusion The continued enhancements of information technologies facilitate and increase knowl-edge intensity in organizations. As such, knowledge and information technologies play critical roles in the development of competitive advantage by firms. For example, IT facilitates organizational learning and helps firms move into international markets by making it easier to coordinate geographically dispersed units and operations. Even entrepreneurial new venture firms are moving into international markets earlier in their life cycle (Oviatt and MacDougall, 1977; Zahra et al., 2000). IT has become especially important to smaller, entrepreneurial firms to facilitate their networking and coopera-tive ventures with other firms in order to compete more effectively with much larger firms for major projects. Furthermore, information technologies facilitate these firms’ technological learning, a critical element to their survival and long-term success (Zahra et al., 2000). IT has also helped firms from emerging markets (e.g., Korea, Mexico) compete more effectively against firms from developed markets that have more resources. Thus, IT has helped facilitate the increasing globalization of businesses.     

Generation of multivariate distributions by vertical density representation

Troutt (1991,1993) proposed the idea of the vertical density representation (VDR) based on Box-Millar method. Kotz, Fang and Liang (1997) provided a systematic study on the multivariate vertical density representation (MVDR). Suppose that we want to generate a random vector X[d]Rⁿthat has a density function ?(x). The key point of using the MVDR is to generate the uniform distribution on [D]_?(v) = {x :?(x) = v} for any v > 0 which is the surface in RⁿIn this paper we use the conditional distribution method to generate the uniform distribution on a domain or on some surface and based on it we proposed an alternative version of the MVDR(type 2 MVDR), by which one can transfer the problem of generating a random vector X with given density f to one of generating (X, X_n+i) that follows the uniform distribution on a region in Rⁿ⁺¹defined by ?. Several examples indicate that the proposed method is quite practical.     

Multi-product batch production on a single machine—A problem revisited

When several products are processed one at a time on a single machine, the conventional approach of computing the economic batch quantity for each product cannot apply. An example for six products is considered, where the total production capacity on regular time is inadequate, so that overtime has to be used at an extra cost. A simple method is described for solving this problem when each product is produced once during a production cycle, the objective being to minimize the total set-up and holding costs per day. Schedules which involve batch splitting can reduce these costs further, and a guideline is proposed for the construction of sub-cycles. The results compare favourably with lower bounds computed for the purpose.