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In this paper, we propose a new model for parent alerting and automatic attendance marking using of RFID (Radio-Frequency Identification) and GSM(Global System for Mobile Communication). This system will enable automated and reliable attendance, informing parents and school administration about the same. For implementing this system each student and professor will be having a unique RFID card. A micro controller is attached to the classroom door which is used to match the RFID of the student with the RFID present in the database. If they are match the door will open. This is done by using a GSM module.[1]

Change is necessary to update for IPV6 and evolution in Internet is inevitable, ever since the Internet was born. Internet protocols kept on improving and changing dramatically. They expose new challenges and new features. It's high time that our Internet address have to be upgraded as heap of thing around us got upgraded. Internet protocol is currently version 4 and is being upgraded to 6. Internet was once very inaccessible and limited to very few mass, but today it's a primary quill and basic need. Every user has connectivity through various range of devices such as Laptop's, tablet's, desktop's and IOT (Internet of Things). A few decades ago one IP per user was sufficient but now a user with a range of devices needs more than 8 IP's on average. This resulted in exhausting IP at IANA (Internet Assigned Number Authority) and forcing it to update and upgrade to a better version of protocol. Although the new version looks promising, it has to overcome certain challenges of compatibility. IPV6 is similar to IPV4 but it has very significant features it's easy to adopt, but highly irritating for transition. Although for quite a few years many transition techniques are introduced but not all could actually bring a change due to the lack of flexibility and the amount of difficulty involved. This approach not only aid in retaining the present good practices but also supplies the goodies of modern version unless the transition is complete. Nonetheless, even after transition we will have to be able to have the previous generation utilities still being legitimate and not being void. Certain features such as Autoconfiguration of IPV6 will build users to mislead ISP and access higher volumes of data at greater than usual speeds they're allotted. Specific blocked sites may be unblocked by connecting to any IP over the globe as a result resulting a deep flaw within the grounds of security. Security is a most important trouble over Internet, because of above flaws very less are ready to adopt this latest IP variant. This paper deals with IPV6 transition in much huge sense, permitting ISP's to keep the existing security principles still valid making internet a long way safer than ever before. This paper presents a software solution to help the transition, it re-addresses the basic needs and finally establishes a feasible solution which still maintains the applicability and maintainability of both systems until the last device upgrades to ipv6 with no compromise to any existing applications or new applications to come. The solution proposed is for ISP's and the backbone providers of internet and not for individual users.

The corporate system / network is frequently utilized for sharing data or information among the cloud in considering interest in organizations and encouraging cooperation in a certain industry segment where organizations share a common interest. It can adequately help the organizations to decrease their operational expenses and expand the revenues. Nonetheless, the inter-company (organization) information sharing and processing stances unique difficulties to such an information administration framework including adaptability, performance (execution), throughput, and security. In this paper, we introduce Best Peer, a framework or system which conveys elastic information sharing administrations or services for corporate system applications in the cloud related to Best Peer-a distributed (P2P) based information or data administration stage of platform. By incorporating cloud computing, database, and P2P innovative technologies into one system, Best Peer provides economical, adaptable and versatile stage for corporate system applications and conveys information sharing administrations or services to participants taking into account the generally acknowledged pay-as-you-go business model. We assess Best Peer on Amazon EC2 Cloud platform. The benchmarking results demonstrate that Best Peer beats Hadoop DB, an as of late proposed expansive scale information processing framework, in execution when both systems are utilized to handle average corporate system workloads. The benchmarking results likewise show that Best Peer accomplishes close linear scalability for throughput as for the number of peer nodes.

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