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Many academic leaders have little formal leadership training, which can result in challenges to effective leadership, succession planning and burnout. This paper aims to explore the leadership skills needed to be an effective senior academic leader in a Canadian medical faculty.

An anonymous voluntary survey of needed leadership skills and supports was sent to 60 senior academic leaders at the University of Alberta. This was followed by interviewing a purposive sample, using open-ended questions based on a multimodal needs assessment of senior academic leaders. The authors used an iterative process to analyze the data; anonymized transcripts were coded and categorized separately by two researchers, and themes were created.

The “ability to influence” was the highest rated needed leadership skill in the survey. The interviewed leaders (n = 12) were unanimous that they felt unprepared at the start of the leadership role. The survey and interviews identified five major themes for leadership skills: Mentoring, Finances, Human Resources, Building Relationships and Protected Time. Networking and leadership courses were identified as major sources of support.

Although a single site study, the results were similar to another large Canadian medical faculty (University of Toronto, Lieff et al., 2013). While the survey had a 42% response rate (25/60), the survey responses were echoed in the interviews. Although the purposive sample was small, the interviewed leaders were a representative sample of the larger leadership group.

Academic leaders may benefit from a mentorship team/community of leaders and specific university governance knowledge which may help their ability to influence and advance their strategic initiatives.

The purpose of this article is to present a conceptual model that posits the strategic relationships between information technology, clinic operations and physicians and the subsequent outcomes to patients, physicians and clinics which can lead to competitive advantages in the healthcare environment.

This paper is based on a review of the literature and proposes a conceptual model of the strategic relationships essential for success. The scope of the paper is based on the legal, economic and political triggers impacting the strategic relationship between electronic medical records, clinic interoperability and physicians as owners/users.

The paper presents the formation of a conceptual model which identifies the strategic alignment between clinics, physicians and information technology, more specifically, electronic medical records.

This paper is limited in that it is not an empirical investigation but a conceptual model of future research endeavours. Future research endeavours should seek empirical findings related to the relationships proposed in the model.

Physicians, clinics and patients should be aware of the impact electronic medical records have on the health environment as well as the potential competitiveness due to health consumerism enabled by electronic medical records.

Electronic medical records, personal health records and electronic health records are infiltrating society; subsequently health consumers should determine how this technology may impact their healthcare.

The value of this paper is to provide a conceptual model as a basis for future empirical research and awareness of changes in the competitiveness of the healthcare environment.

Security and accountability within the transportation industry are vital because cargo theft could amount to as much as $60 billion per year. Since goods are often handled by many different parties, it must be possible to tightly monitor the location of cargo and handovers. Tracking trade is difficult to manage in different formats and legacy applications Web services and open standards overcome these problems with uniform interfaces and common data formats. This allows consistent reporting, monitoring and analysis at each step. The purpose of this paper is to examine Transportation Security SensorNet (TSSN), the goal being to promote the use of open standards and specifications in combination with web services to provide cargo monitoring capabilities.

This paper describes a system architecture for the TSSN targeted for cargo monitoring. The paper discusses cargo security and reviews related literature and approaches. The paper then describes the proposed solution of developing a service‐oriented architecture (SOA) for cargo monitoring and its individual components.

Web services in a mobile sensor network environment have been seen as slow and producing significant overhead. The authors demonstrate that with proper architecture and design the performance requirements of the targeted scenario can be satisfied with web services; the TSSN then allows sensor networks to be utilized in a standardized and open way through web services.

The integration of SOA, open geospatial consortium (OGC) specifications and sensor networks is complex and difficult. As described in related works, most systems and research focus either on the combination of SOA and OGC specifications or on OGC standards and sensor networks. The TSSN shows that all three can be combined and that this combination provides cargo security and monitoring capabilities to the transportation and other industries that have not existed before.

The goal of this study was to investigate the co-citation of information security patents in the United States Patent and Trademark Office (USPTO) database.

This research is a scientometrics study that has been conducted using the co-citation analysis. The statistical population of the present study includes all patents of information security filed in the USPTO database from 1971 to 2015. As a result of this search, 30,736 patents were retrieved. In this investigation, UCINET software and its complementary package (NetDraw) were employed to plot scientific maps.

The findings of this study indicated an upward trend of patents in the field of information security between 1971 and 2015. The “California State” has the top world rank in information security inventions, followed by “Japan” and the “Washington State.” “VAN WIE, DAVID M” is the most cited inventor in the field of information security. The analysis of inventors' co-citation data indicated that “ADAMS, NEIL- LITTLE” and “HERBERT ANTHONY” had the highest co-citation rates with each other and were ranked first. The survey of high-citation inventors based on centrality indices indicated that “LEACH, PAUL J” graded first in degree centrality, “BENALOH, JOSH D” in betweenness centrality and “BENALOH, JOSH D” in closeness centrality.

The co-citation analysis of patents can show the most important patents and the relationships between them. Such analyses can be useful for large-scale policymaking or identification of existing gaps and attempting to address them.

Depending on the circumstances, modern capitalism wraps itself in totalitarian, authoritarian, and democratic dresses. But it is widely believed that (representative) democracy is the only political form that allows the majority of the country's citizens to exercise their freedom of choice in selecting their representatives. By dealing exclusively with the questions of democracy in choosing U.S. presidents, this chapter makes an attempt to analyze the soundness of this assertion.

Events are in the saddle and tend to ride mankind.Ralph Waldo Emerson