Development of New Products and Services for Sound Visualization, Prediction and Identification
First written in FY2018. 2 of 4 entries say "Restated". Latest entry: FY2020.
9 other companies' latest entry also says "Restated".
- FY2020RestatedAnnual report
「We will strengthen our research and development capabilities and work on developing high-definition, highly reliable LED displays and systems incorporating new technologies, as well as new products and services for the visualisation, prediction and identification of sound.」
The Company continues to pursue LED development and the development of new products and services related to the visualisation, prediction and identification of sound. - FY2019RestatedAnnual report
「We will strengthen our research and development capabilities and work on developing high-definition, highly reliable LED displays and systems incorporating new technologies, as well as new products and services for the visualisation, prediction and identification of sound.」
The Company continues to pursue LED development and the development of new products and services related to the visualisation, prediction and identification of sound as measures to strengthen its manufacturing business. - FY2019-Q2SoftenedAnnual report
「The postponement of the planned implementation of research and development and innovation activities until the third quarter or later contributed to the expansion of profit.」
The planned research and development and innovation activities were postponed until the third quarter or later. The activities themselves were not withdrawn; their implementation was deferred. - FY2018First statedAnnual report
「We will strengthen our research and development capabilities and work on developing high-definition, highly reliable LED displays and systems incorporating new technologies, as well as new products and services for the visualisation, prediction and identification of sound.」
In addition to LED development, the Company identifies new product and service development focused on the visualisation, prediction and identification of sound as a new R&D theme.