Value Delivered
Thorough research uncovered Tier 1 prior art that helped the client strengthen a high-profile litigation case.
Problems Solved
The research looked for a way to switch an optical network unit (ONU) between two modes—active (listening) and sleep (power-saving)—based on a signal sent from the base station. This signal includes details on how long the ONU should stay in each mode, helping to manage power efficiently.
Research was performed to find specific words that describe a deep sleep state in technology. Tools like Collins, Power Thesaurus, and Merriam-Webster were used to explore terms like “Resting mode,” “Sleep,” and “Standby mode.” However, most sources only mentioned two basic modes without explaining how they worked. Despite extensive searching, the right term was hard to find, making it unclear what to do next.
Solutions Offered
A key moment in the research came from noticing a common phone feature—the snooze button in alarms. A quick Google search suggested that “Snooze mode” could be the missing link. It perfectly described a short period of inactivity before reactivation.
Digging deeper into the Optica group’s database (OPG), which focuses on optical systems, revealed two promising research papers. One research paper by Roger stood out—it included a figure that clearly showed how a system transitions from wake-up to snooze mode when receiving an RV parameter from the base station. This discovery provided exactly the evidence needed to support the case.
Get the full case study to discover how GreyB’s helped the client strengthen a high-profile litigation case by noticing the snooze button on a phone alarm.
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