Ai Linear News & Founder's Patents and Publications Status
10-11-2022 Issued Patent: US 11,457,805; B1; Title: Digital approximate multipliers for machine learning and artificial intelligence applications
08-16-2022 Issued Patent: US 11,416,218 B1; Title: Digital approximate squarer for machine learning
3/15/2022 Issued Patent: US 11,275,909 B1; Title: Current-mode analog multiply-accumulate circuits for artificial intelligence
10/12/2021 Issued Patent: US 11,144,316 B1; Title: Current-mode mixed-signal SRAM based compute-in-memory for low power machine learning
05/25/2021 Issued Patent: US 11,016,732 B1; Title: Approximate nonlinear digital data conversion for small size multiply-accumulate in artificial intelligence
02/09/2021: Issued Patent US 10,915,298 B1; Title: Current mode multiply-accumulate for compute in memory binarized neural networks
01/05/2021: Issued patent US 10,884,705 B1; Title: Approximate mixed-mode square-accumulate for small area machine learning
12/08/2020: Issued Patent US 10,862,501 B1; Title: Compact high-speed multi-channel current-mode data-converters for artificial intelligence
12/08/2020: Issued Patent US 10,862,495 B1; Title: Glitch free current mode analog to digital converters for artificial intelligence
11/24/2020: Issued Patent US 10,848,167 B1; Title: Floating current-mode digital-to-analog-converters for small multipliers in artificial intelligence
11/10/2020: Issued Patent US 10,832,014 B1; Title: Multi-quadrant analog current-mode multipliers for artificial intelligence
11/10/2020: Issued Patent US 10,833,692 B1; Title: Small low glitch current mode analog to digital converters for artificial intelligence
11/03/2020: Issued Patent US 10,826,525 B1; Title: Nonlinear data conversion for multi-quadrant multiplication in artificial intelligence
10/27/2020: Issued Patent US 10,819,283 B1; Title: Current-mode analog multipliers using substrate bipolar transistors in CMOS for artificial intelligence
10/13/2020: Issued Patent US 10,804,921 B1; Title: Current mode analog to digital converter with enhanced accuracy
10/13/2020: Issued Patent US 10,804,925 B1; Title: Tiny factorized data-converters for artificial intelligence signal processing
10/06/2020: Issued Patent US 10,797,718 B1; Title: Tiny low power current mode analog to digital converters for artificial intelligence
09/09/2020: Issued Patent US 10,789,046 B1; Title: Low-power fast current-mode meshed multiplication for multiply-accumulate in artificial intelligence
06/30/2020: Issued Patent US 10,700,695 B1; Title: Mixed-mode quarter square multipliers for machine learning
03/17/2020: Issued Patent US 10,594,334 B1; Title: Mixed-mode multipliers for artificial intelligence
02/11/2020: Issued Patent US 10,560,058 B1; Title: Method of equalizing currents in transistors and floating current source
01/14/2020: Issued Patent US 10,536,117 B1; Title: Low voltage rail to rail high speed analog buffer and method thereof
11/26/2019: Issued Patent US 10,491,167 B1; Title: Low noise amplifier running fast at ultra low currents
09/10/2019: Issued Patent US 10,411,597 B1; Title: Ultra-low power and ultra-low voltage bandgap voltage regulator device and method thereof
02/05/2019: Issued Patent US 10,198,022 B1; Title: Ultra-low power bias current generation and utilization in current and voltage source and regulator devices
01/08/2019: Issued Patent US 10,177,713 B1; Title: Ultra-low power high-performance amplifier
03/02/2018: Issued Patent US 9,921,600 B1; Title: Ultra-low power bias current generation and utilization in current and voltage source and regulator devices
2018: IEEE LASCAS accepts and invites Ali Tasdighi Far to present his paper titled “Sub-1 volt class AB amplifier with low noise, ultra low power, high-speed, using winner-take-all” at the 2018 Conference
2018: IEEE LASCAS accepts and invites Ali Tasdighi Far to present his paper titled “Class AB amplifier with noise reduction, speed boost, gain enhancement, and ultra low power,” at the 2018 Conference
10/03/2017: Issued Patent US 9,780,652 B1; Title: Ultra-low power and ultra-low voltage bandgap voltage regulator device and method thereof
2017: Best Paper Award for “Low noise rail-to-rail amplifier runs fast at ultra low currents and targets energy harvesting,” selected by IEEE ROPEC conference
2017: IEEE ROPEC accepts and invites Ali Tasdighi Far to present his paper titled “Low noise rail-to-rail amplifier runs fast at ultra low currents and targets energy harvesting,” at the 2017 conference
2017: IEEE ROPEC accepts and invites Ali Tasdighi Far to present his paper titled “Enhanced gain, low voltage, rail-to-rail buffer amplifier suitable for energy harvesting,” at the 2017 conference
2017: IEEE ROPEC accepts and invites Ali Tasdighi Far to present his paper titled “Compact ultra low power class AB buffer amplifier,” at the 2017 conference
12/13/2016: Issued Patent US 9,519,304 B1; Title: Ultra-low power bias current generation and utilization in current and voltage source and regulator devices
2016: EEE ROPEC accepts and invites Ali Tasdighi Far to present his paper titled “Small size class AB amplifier for energy harvesting with ultra low power, high gain, and high CMRR,” at the 2016 Conference
2016: IEEE CCECE accepts and invites Ali Tasdighi Far to present his paper titled “A 220nA bandgap reference with 80dB PSRR targeting energy harvesting,” at the 2016 conference
2016: IEEE ROPEC accepts and invites Ali Tasdighi Far to present his paper titled “Amplifier for energy harvesting: Low voltage, ultra low current, rail-to-rail input-output, high speed,” at the 2016 Conference
2015: IEEE ROPEC accepts and invites Ali Tasdighi Far to present his paper titled “Subthreshold current reference suitable for energy harvesting: 20ppm/C and 0.1%/V at 140nW,” at the 2015 Conference
2015: IEEE ICCE-Berlin accepts and invites Ali Tasdighi Far to present his paper titled “Subthreshold bandgap voltage reference aiming for energy harvesting: 100na, 5 ppm/c, 40 ppm/v, psrr -88db,” at the 2015 conference
2014: IEEE CONECCT accepts and invites Ali Tasdighi Far to present his paper titled “A low supply voltage 2µW half bandgap reference in standard sub-µ CMOS,” at the 2014 Conference
2014: IEEE ROPEC accepts and invites Ali Tasdighi Far to present his paper titled “Current reference for energy harvesting: 50um per side, At 70 nW, regulating to 125C,” at the 2014 Conference
2013: IEEE GHTCE accepts and invites Ali Tasdighi Far to present his paper titled “A 5µW fractional CMOS bandgap voltage and current reference,” at the 2013 Conference
2013: IEEE ICEESE accepts and invites Ali Tasdighi Far to present his paper titled “A 400nW CMOS bandgap voltage reference,” at the 2013 conference