Introduction to Sound Technologies

What is/are Sound Technologies?

Sound Technologies - The science, technology and innovation, including environmentally sound technologies can play a vital role in development and in facilitating efforts to address global challenges, such as efforts to eradicate poverty, achieve food security and nutrition, enhance access to energy and increase energy efficiency, fight diseases, improve education, protect the environment, accelerate the pace of economic diversification and transformation, improve productivity and competitiveness, peace, justice and strong institutions and ultimately support sustainable development. ^[1] ABSTRACT This paper demonstrates how sound restructures audience engagement with narrative visuals, thus nostalgia is being refocused through the appearance of sound technologies. ^[2] Modern multichannel sound technologies have come close to fulfilling Eisenstein’s dream of “drawing” the viewer into the screen space and “merging” it with the artistic creation. ^[3] Given the absence of ultrasound technologies prior to 1979, they imply the presence of postnatal sex selection in China during the 1970s. ^[4] A great attention has been recently paid to development of ultrasound technologies for treatment of blood vessels throughout the world. ^[5] ’ Starting with the first sound newsreel of Charles Lindbergh’s take-off, the aviation film became a crucial but understudied site for the testing and development of sound technologies, as well as for the teaching of sound film literacy. ^[6] Recent developments in ultrasound technologies have led to user-programmable systems, which enable real-time dynamic control over the phase and apodization of each individual element in the imaging array. ^[7] However, few studies have evaluated the ability to use these teleultrasound technologies to guide a nonmedical novice to perform an acute care POCUS examination for cardiac, pulmonary, and abdominal assessments. ^[8] Though fetal heart rate variability methods demonstrated abilities to predict perinatal asphyxia, most of the Doppler ultrasound technologies used in clinical practice do not provide sufficiently accurate fetal heart rate signals for heart rate variability analysis. ^[9] The role of sensor technology and portable miniaturized systems has been considered to be paid special attention to the portable sample treatment systems based on microwave and ultrasound technologies and the use of image processing systems. ^[10] Noel’s poetry shows how creative voices and the reappropriation of sound technologies can help position the diasporic subject and subvert dominant sonic structures. ^[11] Constantly improving ultrasound technologies facilitate prenatal detection of various fetal diseases, including low-incidence disorders that are typically diagnosed postnatally, such as testicular teratoma. ^[12] The purpose of this research was to determine whether environmentally sound technologies (ESTs) developed by these organizations were transferred to companies, either through cooperation during research or through mechanisms such as licensing agreements or spin-offs. ^[13] Our current efforts center around a virtual reality application that provides learners with the opportunity to master competencies in the use of ultrasound technologies, which have surfaced in many nurse practitioner certifications as a necessary skill. ^[14] Both standardized diagnostic criteria and new ultrasound technologies are essential for improving the accuracy of thyroid ultrasound. ^[15] Recent studies show that new ultrasound technologies improved the visualization of microcalcifications over conventional B-mode ultrasound imaging. ^[16] Good agreement is found between numerical results and experimental data, which motivates the use of infrasound technologies alongside seismic techniques for the characterization of underground explosions. ^[17] ABSTRACT Global governance on climate change has embraced the transfer of environmentally sound technologies as a crucial means of implementation to meet mitigation and adaptation. ^[18] The clinical utility of some of the advancing ultrasound technologies such as microflow imaging and elastography will also be discussed. ^[19] Recently, with the progress of computer technology and related technologies, a variety of new ultrasound technologies have emerged in clinic, which expanded the application fields of ultrasound. ^[20] The anatomical development of the posterior fossa can be visualized well with the newest ultrasound technologies. ^[21] Further development of differential diagnostic criteria for macrometastases and synchronous ovarian tumors using modern ultrasound technologies is a promising task, since this information is necessary to correct the volume of surgery in this category of patients. ^[22] Researchers on sound technologies and media, such as Jonathan Sterne (2003), Rick Altman (2004) and Jacob Smith (2008), have made similarly significant contributions to the field, exploring the cultural origins and development of sound technologies. ^[23] We will evaluate how suitable is speech specific technology to be applied to environmental sound recognition, and how the performance can be grown by extending the feature space or by fusion of several sound technologies results. ^[24]

Environmentally Sound Technologies

The science, technology and innovation, including environmentally sound technologies can play a vital role in development and in facilitating efforts to address global challenges, such as efforts to eradicate poverty, achieve food security and nutrition, enhance access to energy and increase energy efficiency, fight diseases, improve education, protect the environment, accelerate the pace of economic diversification and transformation, improve productivity and competitiveness, peace, justice and strong institutions and ultimately support sustainable development. ^[1] The purpose of this research was to determine whether environmentally sound technologies (ESTs) developed by these organizations were transferred to companies, either through cooperation during research or through mechanisms such as licensing agreements or spin-offs. ^[2] ABSTRACT Global governance on climate change has embraced the transfer of environmentally sound technologies as a crucial means of implementation to meet mitigation and adaptation. ^[3]