Abstract: Program managers are responsible for assessing computer-based models used in their programs. No mechanism exists to evaluate models so current or potential users can assess their utility. The Model Maturity Level (MML) assessment process and tool is an objective method to assess the state of development of any model at a point in time. The process assigns an overall MML from 1 to 9—the lowest score among objective criteria based on attributes that users require in models. The assessment relies upon objective evidence (artifacts) showing that model attributes have been developed and proven through rigorous, industry-standard processes. The assessment includes a description of the model, the assessment rubric, and a summary of results. The MML concept and tool are based on previous work at NASA and DOE, plus other work in the scholarly literature. MMLs are analogous to the DoD's technology readiness levels (TRLs) for ease of translation.

Abstract: An apparatus, comprising: a substrate configured into a casing, a propellant configured between a projectile positioned/configured within the casing and an end of the casing, the propellant configured to expand upon a firing event and project the projectile from the casing; and a coating comprising a conformal coating layer having a particulate boron nitride dispersed therein, wherein the coating is configured to cover at least one of the inner sidewall and the outer sidewall, such that at least one side of the substrate is covered by the coating.

Abstract: An apparatus, comprising: a substrate configured into a casing, a propellant configured between a projectile positioned/configured within the casing and an end of the casing, the propellant configured to expand upon a firing event and project the projectile from the casing; and a coating comprising a conformal coating layer having a particulate boron nitride dispersed therein, wherein the coating is configured to cover at least one of the inner sidewall and the outer sidewall, such that at least one side of the substrate is covered by the coating.

Abstract: A method for providing medical diagnostic equipment in a patient's home to permit remote assessment by a medical practitioner is described. A need for a particular diagnostic equipment to be set up in the patient's home is identified. a request is placed for diagnostic equipment to be allocated to the patient. The diagnostic equipment is dispensed to the patient together with instructions as to how to set up the equipment. The diagnostic equipment is set up in the patient's home according to the instruction and is used for recording physiological data allowing a remote assessment of the patient. The diagnostic equipment is returned after use and the physiological data is validated by a technician. The physiological data is then analyzed and an assessment of the patient is provided.

Abstract: A membrane keyboard has two spaced flexible membranes (1 and 2) carrying contact pad assemblies. Acoustic pads (15) of expanding ink are printed on the top surface of the upper membrane (2) between the contact pads (4) and the key buttons used to operate the contact switches formed by the pairs of opposed contact pads, thus reducing the acoustic noise and improving the contact bounce characteristic.Optionally, printed expanding ink is also used to form the spacer (5) between the membranes (1 and 2).