Key Boards Research Articles

Equivalence analysis of highly scattering process and double random phase encryption process

The scattering system through a highly scattering thin layer only affects the amplitude and phase distribution of incident light wave, but does not lead the total energy to be attenuated. This process can be regarded as a process that light wave is encoded by the scattering medium, which is similar to a double random phase encryption system. In this paper, firstly, it is proved that the distribution characteristics of speckle generated by the light wave carrying the target information through a strongly scattering thin layer are highly similar to the distribution characteristics of cyphertext obtained by the double random phase encryption system encrypting the same plaintext target. Therefore, the scattering system is seen as a double random phase encryption system, and the two random phase keys corresponding to the scattering system are calculated accurately by using the phase recovery algorithm. At the same time, it is proved that these two key boards can successfully reconstruct the original images corresponding to any other speckles obtained by the scattering system. Finally, a cyphertext-only attack method to attack a scattering system through a highly scattering thin layer is used to further prove the equivalence of two key boards and the good results are obtained. Since imaging through a scattering medium is an extremely complicated process, we actually simplify the corresponding process ideally. It should be noted that the equivalent system means that the incident-surface-to-exit-surface of scattering medium is equivalent to the incident-surface-to-exit-surface of DRPE system. However, in the actual process, there are still two diffraction processes: one is the diffraction process from the object to the incident surface and the other is the diffraction process from the output surface to the receiving surface. These two diffraction processes will cause the incident image and the output image of scattering medium to have a certain diffraction effect. We believe that under ideal conditions, due to the equivalence between the thin-layer strong scattering system and the DRPE system, theoretically all pure ciphertext attack methods applicable to the DRPE system can be applied to the speckle recovery of the thin-layer strong scattering system. In the future, it is possible to develop more methods of using system equivalence to crack the scattered light field. We hope this article can provide a new idea for scattering imaging.

Eliminating products’ fake reviews using network parameters and geo location

People purchase things based on the online reviews. But the reviews may not be trusted always. Sometimes there may be false information about the product and this may lead to loss for the sales. Customers also take wrong decision for purchasing the things. So, a system is proposed in this paper to eliminate false reviews. The product reviews are compared here. Using network parameters and geo location, the system identifies the IP address for PC and browser ID for mobile OS of the false review. Also it directs the admin to remove the review if it is attempted many times. By comparing the reviews, the level of the product can be increased. With the key boards the model divides the positive and negative reviews.

Demonstrating the persistent antibacterial efficacy of a hand sanitizer containing benzalkonium chloride on human skin at 1, 2, and 4 hours after application

Use of hand sanitizers has become a cornerstone in clinical practice for the prevention of disease transmission between practitioners and patients. Traditionally, these preparations have relied on ethanol (60%-70%) for bactericidal action. This study was conducted to measure the persistence of antibacterial activity of 2 preparations. One was a non-alcohol-based formulation using benzalkonium chloride (BK) (0.12%) and the other was an ethanol-based formulation (63%) (comparator product). The persistence of antibacterial activity was measured against Staphylococcus aureus using a technique modification prescribed in American Society for Testing and Materials protocol E2752-10 at up to 4 hours after application. The test product (BK) produced a marked reduction in colony-forming units at each of the 3 time points tested (3.75-4.16-log10 reductions), whereas the comparator produced less than 1-log10 reduction over the same time. The differences were highly significant. In the course of patient care or examination, there are instances where opportunities exist for the practitioner's hands to become contaminated (eg, key boards and tables). Persistent antibacterial activity would reduce the chances of transfer to the patient. These results show a major improvement in persistent antibacterial activity for the BK formulation compared to the comparator ethanol-based formulation.

Marine Medicine : “Quo Vadis?”

Electronic gadgets along with mobile devices & Apps are becoming integral part of the modern healthcare industry. PACS and RIS were just the building blocks in the era of m Health, which now thrives on enterprise viewers and technologies like mobile e- visit technology to name a few. With gradual increase in quality and availability ofthe technology the concept of traditional health center is getting outdated. Today in the technology driven society the patient wants at door health services with mobile key boards as means of communication with his healthcare providers.

Smart hospitals and m health-future ahead

Electronic gadgets along with mobile devices & Apps are becoming integral part of the modern healthcare industry. PACS and RIS were just the building blocks in the era of m Health, which now thrives on enterprise viewers and technologies like mobile e- visit technology to name a few. With gradual increase in quality and availability ofthe technology the concept of traditional health center is getting outdated. Today in the technology driven society the patient wants at door health services with mobile key boards as means of communication with his healthcare providers.

O069: Efficacy of cleaning methods post-inoculation of pathogenic microorganisms of conventional and novel cleankeys computer keyboards

Keyboards (KB) may play a role in the spread of healthcare pathogens (HCP). A survey in our hospitals revealed 58.3% (134/230) were + for at least 1 HCP with 60.9% contaminated with fecal organisms.

Using Conductive Thermal Transfer Ribbons for Printed Electronics

Thermal transfer printing is noted for its ability to produce a uniform line, and it is used extensively for high reliability bar coding around the world. Thermal transfer is capable of printing on a wide variety of flexible substrates including paper, film, fabric, etc. These characteristics make thermal transfer ideal for printed electronics.IIMAK has developed conductive ribbons based on metal nano-particles (silver, silver / copper composites) and on vapor deposited metals (aluminum, copper) that provide the potential to print flexible circuits, membrane key boards, RFID antennas, etc. on a number of substrates (paper, vinyl, polypropylene, polycarbonate, polyimide, etc.). Dielectric ribbons based on insulating polymers are also available and can be used to provide insulating layers between conductive layers. Characteristics of the ribbons, prints and some model applications will be discussed along with the benefits and limitations of thermal transfer.Potential to adapt these ribbons to the closely related technology of laser thermal transfer will also be discussed.

You Can't Please All of the People All of the Time

Abstract The prevalence of on-campus psychological services throughout the country attests to the sympathetic support they receive from key constituencies-faculties, administrators, students, and boards of governors-at their respective institutions. However, on all college campuses there are also normative institutional resistances to the delivery of psychological services with which such programs must continually contend. This article describes those institutional resistances in discrete form using examples from the experiences of the author and some of his colleagues in various parts of the country.

Colour Crt Data Display System for Process Control Applications

Higher readiness and availability are among basic requirements in modern computerized process control and data aquisition systems. The problem of process computer control implementation is that of providing high reliability of control functions rather than the problem of providing high reliability of computer hardware itself (so called fault-tolerance). Apart from architecture and computer hard-ware performance, process to operator interface is becoming of ever increasing value for higher system efficiency. Process-operator interface and data display facilities are to meet high human engineering and fault-tolerance requirements. The display system consists of colour displays and one or two function key boards connected via colour monitor interface, key board interface and two link remote units interface. Images are described by sets of tables and are coded using the graphic Image Language. The language is a graphic macro-assembler of an interpreting type. The design of the display system gives the user necessary flexibility and enables him to tailor the system according to different applications.