Suchergebnisse

Das Buch zeigt, wie digitale Strukturen und Prozesse erkannt und neue Technologien im Marketing bewertet und genutzt werden können. Neben Grundlagen zum digitalen Tourismusmarketing stehen Suchmaschinenmarketing, User-Experience-Design, Social-Media-Marketing sowie Mobile Marketing und die Verbindung von digitalen und realen Erlebniswelten im Fokus.Im ersten Teil des Buches werden die Besonderheiten des Internets herausgearbeitet und in die Customer Journey eingebunden, um den Prozess und die Struktur eines digitalen Tourismusmarketings ableiten zu können. Dadurch werden die Lesenden befähigt, die Bedingungen einzuschätzen, unter denen sich digitale touristische Marketingmassnahmen abspielen. Im zweiten Teil werden Wege aufgezeigt, wie Websites für Suchmaschinen optimiert werden können und wie über Suchmaschinen Werbung geschaltet werden kann. Teil 3 zeigt, wie digitale Anwendungen im Hinblick auf deren User-Experience verglichen, analysiert und bewertet werden können. Ein besonderer Fokus wird auf Website-Optimierung und Relaunch-Prozesse gelegt. Im vierten Teil wird unter Zuhilfenahme zahlreicher Best-Practice-Beispiele der Einsatz verschiedener sozialer Netzwerke in Bezug auf unterschiedliche Marketingziele diskutiert und die verschiedenen Dienste und Netzwerke werden vorgestellt. Im fünften Teil werden technologische Trends beleuchtet, die sich auf das Mobile Marketing sowie den Einsatz von digitalen Endgeräten am Urlaubsort selbst beziehen. Dies wird insbesondere durch Beispiele von eher geschlossenen touristischen Räumen wie Festivals, Freizeitparks, Kreuzfahrtschiffen und Skigebieten erläutert. Das Buch schliesst mit einem Ausblick auf mögliche zukünftige Entwicklungen im digitalen Tourismusmarketing. (Verlagstext)

Prevalence of gunshot wounds in modern world is associated with criminalization of society, terrorist threats, increase of a number of local military conflicts and civil unrest. The search and development of methods for reducing blood loss, accelerating the healing of postoperative wounds and scars resorption is an important task of modern surgery, the solution of which is facilitated by the use of ultrasound. The use of ultrasonic surgery in military medicine and the use of piezoelectric elements as the source of ultrasound are perspective. Primary surgical treatment of wounds is the main method of preventing the development of severe infectious complications of gunshot wounds. When using an ultrasonic surgical instrument, an urgent task is to disinfect it before and after the operation. The purpose of this work is to develop an indication system for a mobile ultrasonic surgical instrument. A monochrome OLED display is used to indicate the state and interaction with the user in a mobile ultrasonic surgical instrument. STM32 series microcontroller is used to work with the display. The indication system provides a display of the current value of power, time and battery charge. The following items of adjusting menu are available: frequency, power, sterilization, clock, information. The power value is presented in percent as a scale from 0 % to 100 %. The sterilization time of adjusting menu provides a maximum sterilization time of 99 minutes and 59 seconds. The handle of the surgical instrument has all basic control elements for ease of use and simplicity. Proposed surgical instrument is mobile and can be used in extreme conditions. It does not require the use of a power cord. Li-ion batteries are used to ensure the mobility of the instrument. This work has been made within the framework of a state budgetary research topic "Development of mobile highly effective ultrasonic surgical instrument for military and civil medicine" ; Prevalence of gunshot wounds in modern world is associated with criminalization of society, terrorist threats, increase of a number of local military conflicts and civil unrest. Search and development of methods for reducing blood loss, accelerating the healing of postoperative wounds and scars resorption is an important goal of modern surgery, the solution of which is facilitated by the use of ultrasound. The use of ultrasonic surgery in military medicine and the use of piezoelectric elements as the source of ultrasound are perspective. Primary surgical treatment of wounds is the main method of preventing the development of severe infectious complications of gunshot wounds. When using an ultrasonic surgical instrument, an urgent task is to disinfect it before and after the operation.The purpose of this work is to develop an indication system for a mobile ultrasonic surgical instrument.A monochrome OLED display is used to indicate the state and interaction with the user in a mobile ultrasonic surgical instrument. STM32 series microcontroller is used to work with the display. The indication system provides a display of the current value of power, time and battery charge. The following settings menu items are available: frequency, power, sterilization, clock, information. The power value is presented in percent as a scale from 0% to 100%. The sterilization time setting menu provides a maximum sterilization time of 99 minutes and 59 seconds. The handle of the surgical instrument has all basic control elements for ease of use and simplicity. Proposed surgical instrument is mobile and can be used in extreme conditions. It does not require the use of a power cord. Li-ion batteries are used to ensure the mobility of the instrument.This work was made within the framework of a state budgetary research topic "Development of mobile highly effective ultrasonic surgical instrument for military and civil medicine".

Prevalence of gunshot wounds in modern world is associated with criminalization of society, terrorist threats, increase of a number of local military conflicts and civil unrest. The search and development of methods for reducing blood loss, accelerating the healing of postoperative wounds and scars resorption is an important task of modern surgery, the solution of which is facilitated by the use of ultrasound. The use of ultrasonic surgery in military medicine and the use of piezoelectric elements as the source of ultrasound are perspective. Primary surgical treatment of wounds is the main method of preventing the development of severe infectious complications of gunshot wounds. When using an ultrasonic surgical instrument, an urgent task is to disinfect it before and after the operation. The purpose of this work is to develop an indication system for a mobile ultrasonic surgical instrument. A monochrome OLED display is used to indicate the state and interaction with the user in a mobile ultrasonic surgical instrument. STM32 series microcontroller is used to work with the display. The indication system provides a display of the current value of power, time and battery charge. The following items of adjusting menu are available: frequency, power, sterilization, clock, information. The power value is presented in percent as a scale from 0 % to 100 %. The sterilization time of adjusting menu provides a maximum sterilization time of 99 minutes and 59 seconds. The handle of the surgical instrument has all basic control elements for ease of use and simplicity. Proposed surgical instrument is mobile and can be used in extreme conditions. It does not require the use of a power cord. Li-ion batteries are used to ensure the mobility of the instrument. This work has been made within the framework of a state budgetary research topic "Development of mobile highly effective ultrasonic surgical instrument for military and civil medicine" ; Prevalence of gunshot wounds in modern world is associated with criminalization of society, terrorist threats, increase of a number of local military conflicts and civil unrest. Search and development of methods for reducing blood loss, accelerating the healing of postoperative wounds and scars resorption is an important goal of modern surgery, the solution of which is facilitated by the use of ultrasound. The use of ultrasonic surgery in military medicine and the use of piezoelectric elements as the source of ultrasound are perspective. Primary surgical treatment of wounds is the main method of preventing the development of severe infectious complications of gunshot wounds. When using an ultrasonic surgical instrument, an urgent task is to disinfect it before and after the operation.The purpose of this work is to develop an indication system for a mobile ultrasonic surgical instrument.A monochrome OLED display is used to indicate the state and interaction with the user in a mobile ultrasonic surgical instrument. STM32 series microcontroller is used to work with the display. The indication system provides a display of the current value of power, time and battery charge. The following settings menu items are available: frequency, power, sterilization, clock, information. The power value is presented in percent as a scale from 0% to 100%. The sterilization time setting menu provides a maximum sterilization time of 99 minutes and 59 seconds. The handle of the surgical instrument has all basic control elements for ease of use and simplicity. Proposed surgical instrument is mobile and can be used in extreme conditions. It does not require the use of a power cord. Li-ion batteries are used to ensure the mobility of the instrument.This work was made within the framework of a state budgetary research topic "Development of mobile highly effective ultrasonic surgical instrument for military and civil medicine".

In many countries across the world, mobile media has become an embedded part of everyday life. And yet, despite the influence of mobile media in and around art, the notion of "mobile art" or "mobile media art" remains relatively undertheorized and discussed. So what constitutes mobile art? Is it defined by a mobile interface in the process or delivery of the artwork? Or is it defined by a relationship to mobile content or context? Located in and around the field of mobile communication, mobile art has often been sublimated with locative, hybrid, mixed reality, or media arts. This paper argues for an understanding of mobile art as a broader field of creative practice than just locative media practice or media arts. Rather than survey all the examples of mobile art on offer today, this paper will structure mobile art into key three thematic rubrics: intimate copresence, emplaced visuality, ambient play.

In terms of technology, the Government of Telangana has made an effort to rebuild mobile-based services for its citizens with the goal of providing functional services 24 hours a day, 7 days a week at the press of a button. This study, therefore, examines the elements that influence mobile governance in the context of end-user's satisfaction. Such assessments are needed for better government–citizen interactions. Furthermore, the major findings suggest that the functional status, privacy concerns, informational quality, grievance redressal and customer's satisfaction are all linked to the quality of the m-governance services delivery mechanism in Hyderabad. This study contributes to a better understanding of service quality components in order to boost end-user acceptance of mobile services in practice.

343 353 73 1 ; S ; [EN] This work presents a software system designed to track the reproduction of a musical piece with the aim to match the score position into its symbolic representation on a digital sheet. Into this system, known as automated musical accompaniment system, the process of score alignment can be carried out real-time. A real-time score alignment, also known as score following, poses an important challenge due to the large amount of computation needed to process each digital frame and the very small time slot to process it. Moreover, the challenge is even greater since we are interested on handheld devices, i.e. devices characterized by both low power consumption and mobility. The results presented here show that it is possible to exploit efficiently several cores of an ARM(A (R)) processor, or a GPU accelerator (presented in some SoCs from NVIDIA) reducing the processing time per frame under 10 ms in most of the cases. This work was supported by the Ministry of Economy and Competitiveness from Spain (FEDER) under projects TEC2015-67387-C4-1-R, TEC2015-67387-C4-2-R and TEC2015-67387-C4-3-R, the Andalusian Business, Science and Innovation Council under project P2010-TIC-6762 (FEDER), and the Generalitat Valenciana PROMETEOII/2014/003 Alonso-Jordá, P.; Vera-Candeas, P.; Cortina, R.; Ranilla, J. (2017). An efficient musical accompaniment parallel system for mobile devices. The Journal of Supercomputing. 73(1):343-353. https://doi.org/10.1007/s11227-016-1865-x Cont A, Schwarz D, Schnell N, Raphael C (2007) Evaluation of real- time audio-to-score alignment. In: Proc. of the International Conference on Music Information Retrieval (ISMIR) 2007, Vienna Arzt A (2008) Score following with dynamic time warping. An automatic page-turner. Master's Thesis, Vienna University of Technology, Vienna Raphael C (2010) Music plus one and machine learning. In: Proc. of the 27 th International Conference on Machine Learning, Haifa, pp 21–28 Carabias-Ortí JJ, Rodríguez-Serrano FJ, Vera-Candeas P, Ruiz-Reyes N, ...

The importance of secure communication between employees in enterprises and governmental organizations as well as technologies to support that has increased tremendously over the past years. This study examines the user expectations before and the use experiences during the implementation phase of a mobile secure communication application together with expectation–confirmation and its influence on continued adoption. The study is explorative in nature and empirically based on thematic analysis of qualitative data collected from pilot users of a mobile secure communication application who work in a governmental organization in Finland. The theoretical basis of the study draws from two well-established theories: the expectation–confirmation theory (ECT) and the unified theory of acceptance and use of technology (UTAUT). The findings reveal the user expectations before and the use experiences during the implementation phase that are important for users in terms of continued adoption of a mobile secure communication application. The findings are also reflected on the UTAUT. ; peerReviewed

Nowadays, 31% of the population worldwide still classified as Underbanked. These do not have access to mainstream financial services or institutions, and this is a problem that especially haunts the emerging markets. As the mobile phone penetration rate is tremendous, financial companies are investing in the development of mobile banking solutions to solve this issue. M-Pesa is one of those solutions that currently is being developed and deployed in several of these markets as in Tanzania, Mozambique, Democratic Republic of the Congo and others. The appearing of solutions like M-Pesa allowed its users to have an online bank account and perform operations as deposit, transfer or withdraw money. Despite the innovation and these solutions give them the possibility of pay taxes, bills or services, they continue excluded from the online shopping world. This exclusion happens because payment gateways are not prepared to support users that do not use the traditional banking systems. Online Payments platform aims to allow M-Pesa users to shop online. This platform is an online payment gateway that recurring to a third-party payment processor allows M-Pesa users to purchase on online stores. Is part of the prototype a web platform, that is composed by the following portals: i) merchant; ii) developer; iii) checkout; iv) documentation and v) demo and the Android M-Pesa application that was used to add support to new features for the Online Payments platform. This platform is a proof of concept developed during an internship at WIT Software, that is the company responsible for the development process of the M-Pesa mobile applications. Finally, as far as the final phase of the project is concerned, have been obtained proof of concept thought which can see that it is possible to implement it.

학위논문 (석사)-- 서울대학교 대학원 : 협동과정 기술경영·경제·정책전공, 2011.2. 이종수,;Heshmati, Almas. ; Master

The article describes organizational principles of the mobile hardware-informational system based on the multifactorial neuro-electrostimulation device. The system is implemented with two blocks: the first block forms the spatially distributed field of low-frequency monopolar current pulses between two multielement electrodes in the neck region. Functions of the second block, specialized control interface, are performed by a smartphone. Information is exchanged between two blocks through a telemetric channel. The mobile hardware-informational system allows to remotely change the structure of the current pulses field, to control its biotropic characteristics and to change the targets of the stimulation. Moreover, it provides patient data collection and processing, as well as access to the specialized databases. The basic circuit solutions for the neuro-electrostimulation device, implemented by means of microcontroller and elements of high-level hardware integration, are described. The prospects of artificial intelligence and machine learning application for treatment process management are discussed. © 2018 Vladimir S. Kublanov et al. ; )is study was supported by the Act 211 of the Government of the Russian Federation (contract no. 02.A03.21.0006) and was funded by RFBR (project no, 18-29-02052).

Generalized Audit Software (GAS) is often used in the current business environment. Despite the advent of mature mobile technology, designs for effective mobile information technology to support auditing tasks have not been developed. The purpose of this study is to develop a mobile auditing assistance system to support auditing tasks in an organization. A mobile auditing assistance system is implemented with five functions: auditing tasks, optimal path planning, searching assets location, scanning assets, and returning auditing tasks. Based on a cost and benefits analysis, a mobile auditing assistance system can reduce costs, increase benefits, and improve firm productivity and performance. Firms can use this approach to design their own mobile auditing assistance system. This allows auditors to perform auditing tasks independently on a real time basis and achieve the objectives of a mobile auditing assistance system.