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El traspaso en LTE se presenta cuando un equipo
pasa de la cobertura de una celda a la de otra, un proceso en
el que se debe asegurar que el usuario no vea interrumpida su
sesión, como efecto de ese cambio de celda. Los traspasos en
LTE son del tipo duro, en ellos, el enlace con la celda servidora
se interrumpe antes de establecer el nuevo enlace con la celda
destino, lo que conlleva a un mayor riesgo de falla y con ello a un
probable deterioro de la calidad del servicio al usuario.Handover in LTE occurs when a device moves from the cell coverage serving it towards another; a pro
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cess where the user established session must not be interrupted due to this cell change. Handovers in LTE are classified
as hard ones, since the link with the serving cell is interrupted before establishing the new link with the target cell. This
entails a larger failure risk and, consequently, a potential deterioration in the quality of service. This article presents a
review of the handover algorithms in LTE, focusing on the ones oriented to massive means of transport. We show how
the new algorithms offer a larger success in handovers, increasing the networkdata rate. This indicates that factors such
as speed, position, and direction should be included in the algorithms to improve the handover in means of transport. We
also present the algorithms focused on mobile relays such as an important study field for future research works
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