Samsung Electronics Co., Ltd.

Minkyu Song

Hyunwoo Kim

Jongsung Lee

Jungil Cho

Daesung Choi

Soonhong Kwon

Joonghwan Lee

Yongsu Chung

Donguk Kim

Woojin Park

Sangwon Gil

Jinhyuck Yu

Jeongyoon Heo

An electronic device is provided. The electronic device includes a display, a communication circuit, a sensor, and a processor, wherein the processor is configured to identify, through the communication circuit, data packet information associated with an external electronic device, identify a first external electronic device from among the external electronic device based on the data packet information, obtain a predicted frame (P-frame) pattern during a first time period and a P-frame or received signal strength indication (RSSI) pattern during a second time period based on information associated with the packet size of the first external electronic device in the data packet information, identify a motion vector during the second time period through the based sensor, and provide position information about the first external electronic device based on the P-frame or RSSI pattern during the second time period and the motion vector during the second time period.

Electronic device for confirming position of external electronic device, and operation method therefor

A method of identifying a malicious access point (AP) by a terminal apparatus includes obtaining first performance information related to hardware of a first AP based on a first beacon signal received from the first AP, comparing the first performance information with previously stored second performance information of a second AP, and determining whether the first AP is a malicious AP, based on a result of the comparing.

Terminal device and method for identifying malicious AP by using same

A buck converter comprises a switching unit configured to control a connection between a power terminal and a load terminal, a PWM controller configured to provide a PWM signal to the switching unit, and a control signal generator configured to generate a first control signal and a second control signal based on a current flowing to the load terminal, wherein the first control signal controls generation of the PWM signal and the second control signal controls a pulse width of the PWM signal.

Buck converter having pulse skipping mode and related method of operation

High speed integrated circuits are designed and fabricated by taking into account the capacitive loading on the integrated circuit by the integrated circuit potting material. Line drivers may be sized to drive conductive lines as capacitively loaded by the potting material. Repeaters may be provided along long lines, to drive the lines as capacitively loaded by the potting material. Intelligent drivers may sense the load due to the potting material and drive the lines as capacitively loaded by the potting material. The thickness of the passivating layer on the outer conductive lines may also be increased so as to prevent the potting material from extending between the conductive lines. High speed potted integrated circuits may thereby be provided.

Methods of designing and fabricating intergrated circuits which take

Integrated circuits, and methods of fabricating same, which take into

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Suwon-si, South Korea

Minkyu Song