Over the past several years, wireless network systems and sensing technologies have been developed significantly. This
has resulted in the broad application of wireless sensor networks (WSNs) in many engineering fields and in particular
structural health monitoring (SHM). The movement of traditional SHM toward the new generation of SHM, which
utilizes WSNs, relies on the advantages of this new approach such as relatively low costs, ease of implementation and
the capability of onboard data processing and management. In the particular case of long span bridge monitoring, a WSN
should be capable of transmitting commands and measurement data over long network geometry in a reliable manner.
While using single-hop data transmission in such geometry requires a long radio range and consequently a high level of
power supply, multi-hop communication may offer an effective and reliable way for data transmissions across the
network. Using a multi-hop communication protocol, the network relays data from a remote node to the base station via
intermediary nodes. We have proposed a data-transmission pipelining algorithm to enable an effective use of the
available bandwidth and minimize the energy consumption and the delay performance by the multi-hop communication
protocol. This paper focuses on the implementation aspect of the pipelining algorithm on Imote2 platforms for SHM
applications, describes its interaction with underlying routing protocols, and presents the solutions to various
implementation issues of the proposed pipelining algorithm. Finally, the performance of the algorithm is evaluated based
on the results of an experimental implementation.