MELUS, a prestigious and rigorous journal in the field of multi-ethnic literature of the United States, has been a vital resource for scholarship and teaching for more than thirty years. Published quarterly, MELUS illuminates the national, international, and transnational contexts of U.S. ethnic literature. Articles in MELUS also engage newly emerging art forms such as graphic narrative and internet blogs, as well as multi-ethnic film, history, and culture. By including interviews with well established authors such as Maxine Hong Kingston and Richard Rodriguez, as well as more recent writers such as Junot Díaz, Cynthia Kadohata, and Diana Abu-Jaber, MELUS plays a pivotal role in the field of U.S. Ethnic Literature and is an indispensable resource for students, teachers, and scholars.
Multibody System Dynamics provides a unique single vehicle for reporting significant developments in all areas of multibody system dynamics. The journal explores theoretical and computational methods in rigid and flexible multibody systems, their applications, and experimental procedures used to validate the theoretical foundations. The journal’s research papers address the issues of new formulations, solution algorithms, computational efficiency, analytical and computational kinematics, synthesis, flexibility effects, control, optimization, real-time simulation, parallel computations, workspace and path planning, reliability, and durability. Fields such as vehicle dynamics, aerospace technology, robotics and mechatronics, machine dynamics, crashworthiness, biomechanics, computer graphics, and system identification are also examined when the topic is relevant to multibody system dynamics.
Peer Review Integrity
All manuscripts relevant to the aims and scope of MER are reviewed anonymously. All manuscripts undergo rigorous double-blind peer review by at least two, usually three, anonymous reviewers. Manuscripts submitted to MER are judged on the following criteria: use of an explicit theoretical or conceptual framework, acknowledgement of relevant literature, originality in analysis, appropriateness of methodological approach, contribution to the advancement of knowledge, use of a multicultural perspective, and clarity of expression. Because of the international scope of MER, authors are encouraged to focus on the underlying aspects of their research that make the work relevant for the larger community of educators and policymakers. The editors rely heavily on reviewers' judgments. Strong efforts are made to ensure prompt decisions about acceptance. To ensure anonymity, authors' names, institutional affiliations, and other identifying information should be placed on a separate title page only.
This publication promotes the philosophy of social justice, equity, and inclusion. It celebrates cultural and ethnic diversity as a national strength that enriches the fabric of society. The journal encourages a range of material from academic to personal perspectives; poetry and art; articles of an academic nature illuminating the discussion of cultural pluralism and inclusion; articles and position papers reflecting a variety of disciplines; and reviews of film, art, and music that address or embody multicultural forms.Publication office: Taylor & Francis, Inc., 325 Chestnut Street, Suite 800, Philadelphia, PA 19106.
Multidimensional Systems and Signal Processing publishes research and selective surveys papers ranging from the fundamentals to important new findings. The journal responds to and provides a solution to the widely scattered nature of publications in this area, offering unity of theme, reduced duplication of effort, and greatly enhanced communication among researchers and practitioners in the field.A partial list of topics addressed in the journal includes multidimensional control systems design and implementation;Â multidimensional stability and realization theory; prediction and filtering of multidimensional processes; Spatial-temporal signal processing; multidimensional filters and filter-banks; array signal processing; and applications of multidimensional systems and signal processing to areas such as healthcare and 3-D imaging techniques.