O quanto as relações mediadas por algoritmos estão afetando as relações orgânicas na rede?

Por Ejemplo:

tengo Un canal de Conduccion con los siguientes datos

Longitud: 3.2 km.

Capacidad: 100 l/s.

Áreas Servidas: 150 ha

Los estándares de diseño sugieren que un canal de esta longitud y capacidad debería mantener una eficiencia de conducción mínima del 85%. Sin embargo, los resultados muestran una eficiencia del 75%, indicando desviaciones significativas debido a filtraciones y obstrucciones.

Superar los retos que implica abordar la investigación por parte de instituciones educativas, las a través de la Gestión del Conocimiento, como plantean Passaillaigue y Estrada (2016), permite la atención e integración de las nuevas necesidades del entorno global mediante la gestión articulada de las funciones misionales y de las específicas en materia de investigación e innovación. Igualmente favorece la conducción efectiva del conocimiento y su capacidad innovadora, para fortalecer la calidad educativa de la oferta educativa institucional. Ello conlleva la conveniencia de desarrollar un modelo de Gestión del Conocimiento,

Como exponen Trejos y Ayala (2018), la función de investigación se ha convertido en el baluarte de la transformación sociocultural, a través del descubrimiento y la producción de conocimiento. En tal sentido, la función investigativa permea el quehacer formativo intelectual y su “integración, apropiación y participación en lo político, económico, social y cultural” (p.31), convirtiéndose en un componente relevante por la generación de conocimiento y vinculación de las IES con la sociedad en su conjunto.

What are your language preferences in terms of authenticity: speech or writing?

I am measuring capacitance of a capacitor. The open compensation and short compensation is straightforward. But I am not being able to perform/understand the load compensation. I really do not understand what the manual says about load compensation. I have tried different known capacitors, resistors as load standard(just to try), I am not getting realistic measurement. Can anyone here help me explain how to do load compensation in step by step procedure? 

I am exploring the use of verbs of communication (verba dicenda) across languages and genres. My main aim is to see whether typological differences across languages (as described by Talmy) are maintained in the domain of communication. I am particularly concerned with how different languages use VoCs to introduce (and reconstruct) Direct Speech in written narratives and the rhetorical implications of this use, but I am also interested in their use in oral contexts. Any research dealing with this will be much appreciated.

Is apraxia of speech (AOS) the same as language delay? and what are the most featured phonological patterns that characterize apraxic people?

Is there a specific battery used to diagnose apraxia of speech? and in case there is not, what are its symptoms?

I want to calculate specific capacitance. So first i have to find area under curve. I have used trapezium rule for that as u can see in attachment.

i have subtracted area under curve from point (-0.93,-0.35) to 

(0.98,0.057) to area under curve (-0.98,-0.07) to (0.98,0.057). and i am geting area as 0.1082. and my electrode mass is 0.14 gm. Scan rate : 0.05 V/s

I am geting Sp. capacitance as 7.88 F/g, which is very low and i think i have done mistake in the process.

formula used is : Area inside loop/(mass*voltage difference*scan rate) .

can anyone help me in this..

Generally mobility of an OFET device is estimated from the dc current voltage transfer characteristics using the following relation: 

 IDS = (W/2L)µ C (VG – VT)^2 where µ is the mobility and C is the capacitance per unit area of the dielectric layer. Now the problem is C has different values in different frequencies as it is a frequency dependent parameter. In which frequency the capacitance should be taken to determine the mobility? Different research groups are using different frequency values (such as 10kHz, 100kHz and so on). Which should be the proper value of frequency for mobility estimation and why?