IoT and HPC Integration: Revision and Perspectives

• Leonardo de Souza Cimino IFMG / UFOP
• José Estevão Eugênio de Resende UFOP
• Lucas Henrique Moreira Silva UFOP
• Samuel Queiroz Souza Rocha UFOP
• Matheus de Oliveira Correia UFOP
• Guilherme Souza Monteiro UFOP
• Gabriel Natã de Souza Fernandes UFOP
• Silvia Grasiella Moreira Almeida IFMG
• André Luiz Barroso Almeida UFOP
• André Luiz Lins de Aquino UFAL
• Joubert de Castro Lima UFOP

Resumo

In this paper, we review the main middleware re-quirements applied to Internet of Things and High-Performance Computing combined, here called IoT/HPC. The goal was to describe a unique set of requirements that middleware systems should attempt to guarantee the development of integrated applications. Among many core complex services, the IoT/HPC challenges are related to the support of sensing, actuating, storage and processing services combined in a single middleware alternative. We evaluated a set of Java solutions which were classified separately into three types: Internet of Things, High-Performance Computing and Cloud of Things. We also compared them following the same IoT/HPC requirements. The conclusion is that there is still a substantial gap in the integration of Internet of Things and High-Performance Computing and vice-versa in the middleware literature, but there are user applications that require this integration; thus, a middleware proposal project becomes fundamental for simplifying such development.

Palavras-chave: Middleware, Sensors, Security, Java, Computational modeling, Context-aware services, High Performance Computing, Internet of Things