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American Horror Stories: The Season's Strangest Connection se burla de un defecto importante de la serie

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resumen

  • Historia de horror americana
    A menudo presenta personajes de la vida real, lo que genera preocupaciones de explotación.
  • La representación mediática de Twisty the Clown resalta la conexión del programa con personajes de la vida real.
  • La problemática relación entre los personajes de la vida real y sus experiencias en el programa ha sido un punto de discordia.

Puede parecer extraño, pero… Historia de horror americana La conexión estacional también demostró que algo estaba muy mal con la serie en el universo. Mucho antes de la recepción divisiva Dahmer – El monstruo: La historia de Jeffrey Dahmer, el showrunner Ryan Murphy ha sido acusado de explotar crímenes de la vida real para dramas televisivos. Casi todas las temporadas Historia de horror americana Incluye al menos un personaje real en el reparto. A veces, estas cifras son históricamente tan remotas como la población de la colonia perdida de Roanoke. A veces, son personas vivas como Mia Farrow o Roman Polanski, quienes aparecen en la temporada 12.

mientras Historia de horror americana El final de la temporada 12 fue divisivo, y fue el episodio anterior el que sugirió que Farrow fue víctima de un antiguo culto durante el rodaje. el bebe de romero. Esto fue más que un poco extraño ya que Farrow en la vida real se asoció recientemente con Murphy. observador E incluso rechazó cualquier papel en Historia de horror americanaLa primera temporada. La conflictiva relación entre Historia de horror americanaLos personajes de la vida real y sus experiencias reales siempre han corrido el riesgo de parecer espeluznantes o explotadores. Pero la séptima temporada grupoPruebalo Historia de horror americana ¿Al menos reconoce este hecho en el universo?

Relacionado

¿Por qué el final de la temporada 12 de American Horror Story es el episodio con la calificación más baja de la historia?

El final de la temporada 12 de American Horror Story es el episodio con la calificación más baja de la serie, pero ¿qué fue tan desastroso al final de Delicate?

La aparición de Twisty the Clown en Cult parodia a los personajes reales de American Horror Story

Las historias de terror estadounidenses suelen presentar personajes de la vida real.

El payaso retorcido se esconde entre los árboles en American Horror Story

En una escena extraña, grupo Él confirmó que Tienda de terror americanaEl tratamiento cliché de los personajes de la vida real se extiende al mundo del programa.. A lo largo de sus capítulos, Historia de horror americana Ha retratado versiones ficticias de personajes de la vida real como John Wayne Gary, Richard Ramirez, Valéry Solanas, Polanski y Delphine LaLaurie, entre muchos otros. Asimismo, el cómic en grupo La serie describe el asesinato de Twisty the Clown a pesar de que en el mundo del programa es un verdadero asesino en serie con víctimas reales. Historia de horror americanaLos muchos giros salvajes significan que la versión real del programa puede ser difícil de manejar.

Afortunadamente, la historia de Twisty the Clown es bastante sencilla. El payaso era una atracción popular en el circo hasta que un grupo de colegas celosos lo acusaron falsamente de poner en peligro a niños. Twisty perdió su trabajo, quedó indigente y finalmente perdió la mandíbula inferior en un terrible accidente. Luego se convierte en un asesino en serie psicópata que secuestra a niños en un intento de protegerlos de los horrores de la vida adulta. Los asesinatos cometidos por Twisty the Clown fueron tan famosos que dieron lugar a una tira cómica., Twisty: Las crónicas del payasoComo se revela en grupoEsto prueba que Historia de horror americanaNo tenga miedo de figuras mediáticas potencialmente explotadoras.

El regreso del payaso retorcido resalta una pregunta incómoda en American Horror Story

Las representaciones del programa de personas reales pueden parecer explotadoras.

Tiene sentido que los crímenes de Twisty the Clown queden inmortalizados en los medios dentro de un universo. Historia de horror americanaya que el programa suele incluir asesinos de la vida real entre sus personajes. 1984Richard Ramírez fue el ejemplo más cuestionable de esto, y muchos espectadores se quejaron. Historia de horror americana Romantizó al verdadero asesino en serie y lo hizo atractivo. La verdad es esa 1984 Era casi tan amplio y cursi como Ryan Murphy. reinas del grito No ayudó, pero también hay algunos ejemplos previos de eso. Esta puede ser la razón grupo Demostrado Historia de horror americanaLos personajes del mundo de tienen el mismo gusto espeluznante en los medios.

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Featured

World’s fastest broadband connection went live down under — Nokia demos 100 gigabit internet line in Australia in record-breaking attempt but doesn’t say when it will go on sale

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Faster broadband is on the way, and it won’t require network providers to overhaul their infrastructure.

nbn, the largest wholesale broadband provider in Australia, used Nokia’s Lightspan MF fiber platform, to deliver 10G, 25G, 50G and 100G broadband speeds over its existing fiber network. Nokia’s Lightspan delivers next-generation Passive Optical Network (PON) at scale.

PON is a type of fiber-optic network that combines point-to-multipoint fiber architecture with communications networking. The technology works by using a single fiber-optic connection that divides into many distinct fibers, allowing one line to serve multiple users. This is achieved through both active and passive splitters, hence the name. PON technology boosts the efficiency of a network because it reduces the number of active switching devices used. Furthermore, it requires less power and supports greater distances between users and their service providers.

Nokia NBN Demo

(Image credit: Nokia)

A game-changer

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Business Industry

Samsung Galaxy Buds 2 Pro update fixes Bluetooth connection issues

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Samsung makes some of the best wireless earbuds in the segment, and the Galaxy Buds 2 Pro is currently its most high-end pair of flagship earbuds. The company has released a new Galaxy Buds 2 Pro update to improve their stability and reliability.

Galaxy Buds 2 Pro gets a new update to fix connection issues

The South Korean firm has just started rolling out a new software update to the Galaxy Buds 2 Pro. It comes with firmware version R510XXUOAXC2 and has a download size of around 6.01MB. While the changelog mentions improved stability and reliability, reports indicate that it fixes Bluetooth connection issues that some users have been facing.

Samsung Galaxy Buds 2 Pro Firmware Update March 2024

We got this update in India, but it should be available in all the countries worldwide. If you haven’t received the update for your Galaxy Buds 2 Pro yet, you may need to wait a few days before the OTA update hits your device. To download the new update on your Galaxy Buds 2 Pro, open the Galaxy Wearable app on your paired Android smartphone, navigate to Earbuds settings » Earbuds software update, and tap Download and install.

Samsung is expected to release a new pair of Galaxy Buds later this year alongside the Galaxy Z Flip 6 and the Galaxy Z Fold 6. It could be the Galaxy Buds 3, bringing Bluetooth LE Audio with LC3 codec.

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News

Raspberry Pi 5 PCIe connection unlocked via reverse engineering

Raspberry Pi 5 PCIe connection unlocked via reverse engineering

Reverse engineering is a methodical process that involves deconstructing complex systems into simpler parts to gain a comprehensive understanding of how they work. YouTuber “George Smart, M1GEO” has released an interesting video this week providing more details on his process of reverse engineering the Raspberry Pi 5 PCIe connection. The Raspberry Pi 5 compact, single-board computer was recently launched and is now available to purchase offering more power compared to its predecessor in a similar form factor.

The Raspberry Pi 5 is equipped with a PCIe connector, a vital component that enables the connection of peripherals to a computer’s motherboard. This connector is a 16-pin FPC connector, carefully designed to connect electronic devices with flexible flat cables. By expertly adjusting the kernel options, which are configurable settings for the operating system’s core, the PCIe support for the connector can be activated, thereby enhancing the device’s functionality.

Reverse engineering the Raspberry Pi 5 PCIe connection

Other articles we have written that you may find of interest on the subject of Raspberry Pi 5 and mini PC systems :

What is a PCIe connector?

PCIe, or Peripheral Component Interconnect Express, is a high-speed interface standard used for connecting peripheral devices to a computer’s motherboard. The PCIe connector is a part of this standard, facilitating the physical connection between the motherboard and various devices such as graphics cards, network cards, storage devices, and more.

The PCIe connector varies in size and configuration, depending on the number of lanes it supports. The lanes are the data paths in the PCIe interface; more lanes allow for greater data transfer rates. Common configurations include x1, x4, x8, and x16, where the number refers to the count of lanes. For example, a PCIe x16 connector is wider and supports higher data throughput than a PCIe x1 connector.

Physically, PCIe connectors are differentiated by their size and pin arrangement. A x16 connector is longer, to accommodate more pins, whereas a x1 connector is much shorter. Devices will fit into a slot that is the same size or larger than their connector. For instance, a PCIe x1 card can fit into a PCIe x16 slot, but not vice versa.

In practical use, PCIe connectors have enabled substantial advancements in computer performance, particularly for tasks that require high bandwidth, like gaming, video editing, and data-intensive scientific computations. The flexible nature of PCIe, supporting different sizes and configurations, has contributed significantly to its widespread adoption in modern computing systems.

Pi 5 PCIe port

Besides the PCIe connector, the Raspberry Pi 5 also features a reset signal. This is a signal used to reset a device to its initial state, essentially a reboot. This signal pulses up and then comes back down every time the device reboots, ensuring the device’s functionality remains optimal. This is a crucial aspect of the device’s functionality and is a key area of interest in the reverse engineering process.

The Raspberry Pi 5 also includes a transmit pair, clock pair, and receive pair. These are pairs of signals used in high-speed digital systems for transmitting, timing, and receiving data, respectively. The transmit pair is strategically located next to the Broadcom chip, a type of PCIe chip manufactured by Broadcom, which is part of the PCI standard. The clock pair and receive pair do not have capacitors around them on the board, which is a unique feature of the Raspberry Pi 5 that sets it apart from other devices.

Another key feature of the Raspberry Pi 5 is its connection to a 5V rail, a device that provides electrical energy. This connection is crucial for the device’s power supply, ensuring it has the necessary energy to function optimally. This is another key area of interest in the reverse engineering process, as understanding the power supply can provide valuable insights into the device’s performance.

To further understand the functionality of the Raspberry Pi 5, a breakout board was connected to the PCI Express, a high-speed serial computer expansion bus standard. By connecting six pins and ground, the PCIe works at gen one. This setup was tested with a PCIe card and a USB FireWire card, devices that provide USB and Firewire connectivity. Both of these devices were recognized by the system, indicating a successful connection and further validating the functionality of the Raspberry Pi 5.

The process of reverse engineering the Raspberry Pi 5 has provided valuable insights into its functionality. By understanding the device’s PCIe connector, reset signal, transmit pair, clock pair, and receive pair, as well as its connection to a 5V rail and the creation of a breakout board, a deeper understanding of the device’s inner workings has been achieved. This knowledge can be used to further advance the projects and applications that the Pi 5 can be used for and improve its performance and capabilities.

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