Sales Management Portal

Sales management is the main operand in company’s profit and success. It is usually noted as the medium between the company, client and user. Every company or a business has a sales pipeline which helps it monitor the amount business done in recent period of time. This way it helps in growth of the company even if there is a downfall outside. Every sales management has a sales pipeline that describes the operation of the company. The sales management team handles the progress of the projects. Information regarding contacts and the activities of the clients, present-future opportunities and proposals, details regarding the projects. With the details on the portal, management can check the activity on the project and also work on it. The portal keeps the company management up-to-date and helps in an effectiveness in the productivity of the sales. In the portal, the sales team keeps the general information and contacts of the clients. Information of the clients with their project details is also mentioned in the portal. The interface is user friendly with effective features like any user can check in and browse through the projects progress and have a note of it. It also enables the user to get the details of the client and his project details

FPGA-Based Portable Ultrasound Scanning System with Automatic Kidney Detection

Bedsides diagnosis using portable ultrasound scanning (PUS) offering comfortable diagnosis with various clinical advantages, in general, ultrasound scanners suffer from a poor signal-to-noise ratio, and physicians who operate the device at point-of-care may not be adequately trained to perform high level diagnosis. Such scenarios can be eradicated by incorporating ambient intelligence in PUS. In this paper, we propose an architecture for a PUS system, whose abilities include automated kidney detection in real time. Automated kidney detection is performed by training the Viola–Jones algorithm with a good set of kidney data consisting of diversified shapes and sizes. It is observed that the kidney detection algorithm delivers very good performance in terms of detection accuracy. The proposed PUS with kidney detection algorithm is implemented on a single Xilinx Kintex-7 FPGA, integrated with a Raspberry Pi ARM processor running at 900 MHz

Is diagnosing exposed dentine a suitable tool for grading erosive loss?

Quantifying tooth wear in general and erosion in particular mostly is made by distinguishing between lesions restricted to enamel and lesions reaching the underlying dentine. Various scores for grading have been used, but in all systems, higher scores are given in cases of exposed dentine, thus, indicating a more severe stage of the condition. Clinical diagnosis of exposed dentine is made by assessing changes in colour or optical properties of the hard tissues. This paper aims to review the literature and discuss critically problems arising form this approach. It appears that classifying the severity of erosion by the area or depth of exposed dentine is difficult and poorly reproducible, and taking into account the variation of enamel thickness, the amount of tissue lost often is not related simply to the area of exposed dentine. There has still been very little longitudinal investigation of the significance of exposed dentine as a prognostic indicator. Further work and discussion is needed to reevaluate the explanative power of current grading procedures