Inventor

SWARTZ JOHN MATTHEW

US33 patents

⚠️ This page may combine multiple inventors who share the name “SWARTZ JOHN MATTHEW”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.

SWARTZ JOHN MATTHEW

CISCO TECH INC

Infrastructure and policy orchestration for shared workspaces

Adaptive beamwidth switching and beam steering in large public venue (LPV) smart antenna system

Antenna beam switching in multi-access point coordination

Spatial reuse (SR) optimization in wireless networks using sensor nodes and actual packet collision measurements

Probe response suppression

Uplink-based wireless radio resource management

Coordinated orthogonal frequency division multiple access (C-OFDMA) in high density networks

Location accuracy via intelligent reflecting surfaces

Prioritizing network traffic for emergency services

Phase lock loop phase ambiguity mitigation for multi-link operation extrapolated sounding

Access point (AP) ranging and placement on a floorplan

Physical layer shielding of wireless communications

Adaptive beamwidth switching and beam steering in Large Public Venue (LPV) smart antenna system

Antenna beam switching in multi-access point coordination

Physical layer shielding of wireless communications

Channel estimation for high-speed wireless clients

Monitor radio assisted fine timing measurement for location applications

Adaptive radio transmit power based on antenna/device orientation

Multitenant network orchestration

Systems and methods for automatic adjustment of cell edge sensitivity

Substitutionary portable calibration device method for correction of magnetometer of access point

Providing capacity optimized streaming data with forward error correction

Application-based transmission opportunity sharing

Automated frequency coordination (AFC) negotiated band access

Traffic and user aware physical layer shielding for secure teleworker using reconfigurable intelligent surface device

RSSI location tracking via radio scanning for triggered OFDMA uplink

Probe response suppression using angle-of-arrival in a high density environment

Adaptive presence-based access point radio configuration

Dynamic wireless local area network configuration in large public venue environments

Noise floor driven access point transmission power

Noise floor degradation detection for co-located radios

Resource allocation for OFDMA with preservation of wireless location accuracy

DIENER NEIL

Providing capacity optimized streaming data with forward error correction