Electronic supply network coordination in intelligent and dynamic environments: modeling and implementation presents cutting-edge knowledge on scientific approaches to the management of supply networks in a highly informed global environment with abundant dynamic and uncertain challenges. This work examines how new mathematical and conceptual approaches are integrated with information technology and intelligent systems and how these models can help to improve the coordination of supply networks.

Recent increases in uncertainty and speed of market change are driving the adoption of new intelligent mobile office systems. Organizational information systems paradigm suggests that a right match between organizational characteristics and the use of technology is critical in producing desired results. Following such perspective this study focused on the relationship between task characteristics and the use of mobile office systems with an intention to find out factors that affect the adoption of modern mobile office systems. The research results show that in performing tasks with high mobility users tend to use extensive mobile office functions. When the task has a high level of interdependency with external business partners, users relied on specialized mobile functions such as FFA, SFA and ERP. Highly volatile environment with many unexpected task changes caused an extensive use of task specific functions that help to solve problems at hand. Further, analyses of the differences of mobile office use by department showed that sales department used more communication functions than others, while administrative departments rely more on such task specific functions as mobile CRM and KM than others. Additional case study shows how the application of new technology the effectiveness of organizational coordination. Based on the research the concept of convergent coordination is suggested as well as the direction for future research.