This article reviews the current state of mental health services in the United States for children, youth, and families. It notes that despite attempts to remedy deficiencies in the system, most remain unaddressed. The article emphasizes the need for an integrated system of mental health care with a coordinated continuum of care across mental health and non-mental-health systems. This has the potential to vastly improve mental health services to these vulnerable populations. In conclusion, the current state of mental health services for children, youth, and families in the US is inadequate, and an integrated system of care is necessary to ensure adequate mental health services for these populations.

This paper reviews the state-of-the-art research works for the integration of data centers and smart grids, proposing future integration scenarios and identifying the challenges of implementing integrated energy systems of data centers and smart grids. It provides a useful reference for researchers and engineers in the areas of energy systems and cloud computing. This article highlights the importance of energy management flexibilities, collaborative planning of data centers and power grids, integration of data centers in power markets and engaging data centers in grid frequency regulation. The future scenarios of integrating data centers and smart grids will help to create a more resilient and efficient energy system.

Cloud computing has emerged as a new computing paradigm and revolutionized the way computing services are provided. With its potential to provide on-demand computing and storage services over the Internet, it has been widely adopted by many organizations. Similarly, cloud services have also been adopted in the healthcare domain, allowing healthcare providers to exchange their electronic health information over the cloud. The cloud environment facilitates the exchange of electronic medical records among the hospitals and clinics, and enables the cloud to act as a medical record storage center. Additionally, shifting to the cloud environment relieves the healthcare organizations of the tedious tasks of infrastructure management and also minimizes development and maintenance costs. However, storing the patient health data in the third-party servers also entails serious threats to data privacy. Therefore, various approaches have been used to preserve the privacy of the health information in the cloud environment. This survey provides an overview of different privacy-preserving approaches employed in the e-Health clouds. In summary, cloud computing is a new computing paradigm being adopted by many healthcare organizations to facilitate exchange of electronic medical records and minimize tedious tasks related to infrastructure management. While this comes with various benefits, it also raises concerns about data privacy due to storing patient health data in third-party servers. Thus, various approaches have been proposed to preserve privacy of health information in the e-Health clouds. These approaches are classified into cryptographic and noncryptographic approaches and strengths/weaknesses of each approach are discussed.

This paper discusses how the General Data Protection Regulation (GDPR) can provide competitive advantage and enhance data-driven innovation through its regulatory approaches. It assesses which regulatory instruments are best suited to protect individuals against the risks caused by innovation, as well as how they should be designed to not hamper innovation. The paper examines the effects of data protection certification mechanisms on micro-, meso-, and macroeconomic levels and how these mechanisms can specify and standardize the data protection- and security-by-design requirements. To conclude, it highlights the need for empirical research to answer remaining questions on the effectiveness of the discussed regulatory instruments from the point of view of regulating innovation. The GDPR has the potential to provide competitive advantage and enhance data-driven innovation, as long as the regulatory instruments are carefully designed to meet both risk protection and innovation objectives.