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The objective of the paper was to search for, analyse and describe available (selected) measuring and assessment tools (questionnaires), which specifically assess sexuality, sexual needs, sexual functioning, sexual dysfunctions and intimacy primarily in the target group of incurable patients, dying persons and recipients of palliative and hospice care. The research involved studies describing or directly using various assessment tools; these studies were searched for in relevant databases (SCOPUS, Web of Knowledge, ProQuest, Ebsco, etc.). For these studies, acceptance and rejection criteria were defined. It was revealed that the area of sexuality and intimacy is approached in various ways, often from the perspective of quality of life assessment. Both generic and specific tools were searched for. In addition to terminally ill patients (clients of palliative and hospice care), the target group also included patients with intellectual disability, multiple sclerosis, physical disability, burns, both women and men in specific situations (health- or life-related), etc. Sexuality in terminally ill and dying patients (in various settings - home or institutional) is largely determined especially by their sexuality prior to diagnosis, expectations in the area of intimate behaviour and sexuality, awareness of intimacy and sexuality (including its expression), and last but not least understanding and cooperation of the partners of the dying persons and healthcare professionals in an institutional environment. The need for intimacy is present until death, therefore, an opportunity to express own wishes and concerns in the area of own sexuality and intimacy should be a natural practice in every institution providing healthcare, social and palliative services. [ABSTRACT FROM AUTHOR]

Integrated software measurement tool support is a key factor in developing and implementing successful measurement programs. Commercial measurement tools have limited scope for integrated measurement. Besides, measurement needs of the organizations are different and they typically require in-house measurement tool development. In this paper we introduce an integrated management tool that has been developed by a CMMI level 3 organization and that adopts GQIM approach in order to support measurement practices across the organization. The motivation of the paper is to give an insight and guidance to other software companies and researchers that seek for effective measurement integration solutions. [ABSTRACT FROM PUBLISHER]

Background: Several Functional Size Measurement methods have been introduced after the success of Function Point Analysis, thus originating the problem of converting Function Point measures into other units. To this end, several methods -- ranging from statistical analysis to "manual" conversion -- have been used. However, none of the proposed conversion methods guarantees the necessary accuracy. Objectives: The objective of the work reported here is to define a seamless and cheap procedure that allows measurers to derive functional size measures expressed in COSMIC Function Points from size measures expressed in Function Points. Method: To get accurate conversions, we propose to exploit all the available information provided by the measurement process, that is, not only the size in Function Points, but also the details of basic functional components. To make the procedure efficient, a mapping of Function Point Analysis concepts onto COSMIC concepts is proposed. Results: A conversion procedure based on the aforementioned mapping is proposed. Such procedure is supported by a software tool that eases the conversion process. The usage of both the procedure and tool is illustrated via an example of realistic complexity. Conclusion: The proposed procedure and tool can be effectively used to perform the required measurement with very good accuracy. The tool can also be used to perform a sort of "double" measurement, i.e., both Function Points and COSMIC Function Points are measured at the same time. [ABSTRACT FROM PUBLISHER]

Even though hot spots and mesh networks increasingly realize the long-standing vision of ubiquitous Internet access, our understanding of wireless protocols and system is still in its infancy. To analyze and debug the current and new protocols, packet-level accurate information of protocol status is crucially needed. Thus, this paper introduces PaPMo (Packet accurate Protocol Monitor), an active monitoring tool that captures snapshots of the protocol status as packets pass through the different layers and over distributed nodes. By merging and correlating the captured information, PaPMo is able to provide packet-level accurate information of deployed wireless network behavior that is currently available only via simulations. We show that PaPMo is able to correlate MAC-layer events, such as packet loss due to queue overflow, with TCP congestion control behavior at the accuracy of microseconds and with high fidelity. [ABSTRACT FROM AUTHOR]

Even though hot spots and mesh networks increasingly realize the long-standing vision of ubiquitous Internet access, our understanding of wireless protocols and system is still in its infancy. To analyze and debug the current and new protocols, packet-level accurate information of protocol status is crucially needed. Thus, this paper introduces PaPMo (Packet accurate Protocol Monitor), an active monitoring tool that captures snapshots of the protocol status as packets pass through the different layers and over distributed nodes. By merging and correlating the captured information, PaPMo is able to provide packet-level accurate information of deployed wireless network behavior that is currently available only via simulations. We show that PaPMo is able to correlate MAC-layer events, such as packet loss due to queue overflow, with TCP congestion control behavior at the accuracy of microseconds and with high fidelity. [ABSTRACT FROM AUTHOR]

In wireless mesh networks, to analyze and debug the current and new protocols, packet-level accurate information of protocol status is crucially needed. Thus, this demonstration introduces PaPMo (Packet accurate Protocol Monitor) system, an active monitoring tool that captures snapshots of the protocol status as packets pass through the different layers. We show that PaPMo is able to correlate MAC-layer events, such as packet loss due to queue overflow, with TCP congestion control behavior with high fidelity. [ABSTRACT FROM AUTHOR]

To analyze and debug the current and new protocols in wireless mesh networks, packet-level accurate information of protocol status is crucially needed. Thus, this demonstration introduces PaPMo (Packet accurate Protocol Monitor) system, an active monitoring tool that captures snapshots of the protocol status as packets pass through the different layers. We show that PaPMo is able to correlate MAC-layer events, such as packet loss due to queue overflow, with TCP congestion control behavior with high fidelity. [ABSTRACT FROM AUTHOR]