Laboratory model helicopter control using a lowcost Arduino hardware

Malatinec, Tomáš; Popelka, Vladimir; Huba, Mikuláš; Hudacko, Patrik

doi:10.1109/carpathiancc.2014.6843621

Cited by 12 publications

(2 citation statements)

References 7 publications

Supporting

Mentioning

Contrasting

Unclassified

Order By: Relevance

“…En la Figura 2, los autores [30] detallan la clasificación de algunos UAV. Figura 2: Clasificación de algunos vehículos aéreos no tripulados Fuente: los autores Algunos UAV están compuestos por un sistema clásico de comunicaciones como Wi-Fi, Bluetooth o Zigbee, desde el cual se sensan los dispositivos y se controlan los actuadores; todo esto se hace a través de una interfaz de comunicaciones y un par de antenas que permite la comunicación entre la unidad de control y el UAV [31]. Sin embargo, existe diferente hardware, protocolos y sensores que pueden ser combinados para crear diversos sistemas de control soportados con un software a la medida.…”

Section: Sistema De Comunicacionesunclassified

Functional assessment system for unmanned aerial navigation systems from the quality of information

Serna

Grajales-Bustamante

Becerra

2021

ITECKNE

View full text Add to dashboard Cite

Unmanned aerial navigation systems are not used in many military and non-military applications. However, these systems are susceptible be operated by hackers partially or completely. Therefore, in this article based on the JDL model for safety assessment of the drone’s framework it is proposed. Metrics for each level of the merger in conjunction with a mapping system in order to determine the dependence of data between different levels are proposed, considering the contextual user ratings.

show abstract

Section: Sistema De Comunicacionesunclassified

Functional assessment system for unmanned aerial navigation systems from the quality of information

Serna

Grajales-Bustamante

Becerra

2021

ITECKNE

View full text Add to dashboard Cite

show abstract

“…Count-Up with 7-segment 5 Inch SM415001L conducted in this study used a BCD up/down counter IC CMOS CD4510B. The use of IC CMOS CD 4510B was due to the suitability of the IC type (both CMOS) and the same power supply voltage that had a max supply voltage of 18 [25].…”

Section: Design Bcd Count-up 4 Digitsmentioning

confidence: 99%

Design of 4-digit Count-Up with 7-Segment 5-Inch SM415001L

Sulistyanto

2020

jrc

View full text Add to dashboard Cite

In daily life, we have encountered many 7segments uses. The 7-segment has been commonly used to display public information or the number of calculations (counters). A Control Decoder as a 7-segment driver, IC CMOS and TTL as the decoder controller, has also been widely marketed. Various methods are used to counter the final goal to find out the number of objects. In this research, the researchers performed a 4-digit count-up by using the CD4510B CMOS IC as a BCD Count-Up and CD4511B as a 5-inch BCD to 7-segment decoder SM415001L. The uses of CD4510B ICs as a BCD Up/Down counter can generate binary numbers, according to the results of the counter on pins Q1, Q2, Q3, and Q4. The IC CMOS CD4511B, which, according to the datasheet was intended for 7-segment common cathode, could also be used for 7-segment common anode drivers by adding logic inverting circuits using transistors BC547 and CD4511B CMOS IC, combined with a logic inverting circuit. The 7-segment 5Inch SM415001L could display Count-Up numbers from 0000 to 9999.

show abstract