In today's world, maximum of the industrial unit we can find definite robots which were made for that quantified task and they can't be reconfigured to exhibit robust nature majorly because of their design. In relentless working regions most of the time human efforts may lead to fiasco, industrial environment may include hazardous operations. Thus to avoid any ill effects we came up with an idea of "Intelligent Object Sorting Insolent System (IOSiS)". In this paper we have enlightened the use of image processing, incorporated with robotics to demonstrate an application. IOSiS main object is to highlight the use of robotics to manipulate human functionality to ease tedious operations. A mechanical arm and for visual sensors, a camera is embedded onto the system. For demonstration of this application, capabilities a scenario is created in which the robot captures the image of the object and in accordance to its configuration it detects it and using the maneuverable arm, it places the object to desired location. The paper tackles multiple problems to become robust, autonomous and accurate to its functionality. With complex algorithms from image processing the data is manipulated into fast processing embedded application which produces an output on a real-time basis. To further accompany the autonomous nature of the system on field, a data logging and monitoring from a remote location via internet is also shown to explain the efficiency of this application. An internet logging shows its capabilities in being a part of centralized operation in any industry
Cloud computing gives customers instant access to a network of remote servers, networks, and data centres. Cloud computing makes data analysis helpful to society and individuals. Sharing data with many people causes efficiency, integrity, and privacy issues. Ring signatures may enable secure and anonymous data transfer. It anonymizes data verification for cloud-based analytics. Identity-based (ID) ring signatures are becoming popular alternatives to public key infrastructure (PKI)-based public-key encryption. PKI bottlenecks are certificate verification time and cost. ID-based ring signatures speed up certificate verification. We observed that encrypting ID-based ring signatures with a variation of SHA-384 and adding forward security considerably improves their security. Padding divides the input text into 512-byte blocks and adds the length as a 48-bit value to the hash in newer SHA versions. Signatures made before a user's secret key was compromised are legitimate. If a user's secret key is compromised, it's impossible to compel all data owners to re-verify their data, hence a large-scale data sharing system must contain this feature. We implement, secure, and prove our method's use. SHA-384 is safer for cloud-based anonymous data sharing.
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