N. Ponomariova USE OF TRIPLE H-AVATARS AS THE TRAINING TECHNOLOGY IN SERVICE-ORIENTED VIRTUAL SPACE Abstract. <...> We have presented a pluggable (non-monolithic) service-oriented virtual learning environment based on the microkernel and enterprise service bus design patterns. <...> Педагогика tools in education problem solving activities is indispensable for students to construct solid knowledge and to develop rich problem-solving strategies. <...> Key words: Virtual Learning Environments, Service-Oriented Architecture, Personal Learning Environments, Sliding Mode Control, Indicator of Sliding Mode, Cloud Serviced Bus, Education Paradigm, Virtual reality and Avatar. <...> INTRODUCTION The education has students use knowledge within the process of problem solving to understand and explain the physical world around them. <...> Due to the lack of examination of the impacts on students’ three-dimensional (3-D) same concepts learning and problem solving caused by synchronous interaction with multiple representations among peers in the SOLVE, this chapter proposed «hhh» education technology, based on the Sliding Mode Control, to facilitate students solving education problems and afterwards to study the effect of peer learning behaviors to learning achievement [5–8]. <...> Avatar technology is touted as the promise of providing a rich suite of innovative and highly interactive tools for educators tasked with designing and delivering university level distance education programs. <...> Avatar technology allows for the digital representations of people, both real and artificial, on a computer. <...> For example, a computer user may use an avatar to represent them in an online education. <...> Development of «hhh» education platform is underway and informal initial reports indicate the replacement of service oriented Web services by ones. <...> There are two approaches to solving this problem which reflect the difference between centrist and service202 University proceedings. <...> The first is to agree on standard data formats for all tools of the same ilk so that an external tool can provide an Application Programming Interface (API) or Web service interface to allow data to be imported directly from the tool into central databases (or the «hhh» Virtual Learning Environment could provide an interface into which the external tool can push data). <...> The second approach is for external tool developers to provide a Web Services Description Language document to describe a data export service <...>