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#marlin — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #marlin, aggregated by home.social.

  1. MARLIN Challenge richtet sich auch an Hochschulen, Universitäten und Forschungsinstitute.

    Gesucht werden Ideen für sichere maritime Kommunikation, robuste Netze, Sensorik und Cybertechnologien.

    Forschung mit Anwendungsperspektive gesucht.

    t1p.de/h8q4s

    #MARLIN #Forschung #Hochschulen #Cybersicherheit #Innovation

  2. I was reflecting on 3D printer motion algorithms and I remembered this image from a Trinamic video. Klipper uses trapezoidal, RRF & Marlin can do S-Curve and the new Prunt firmware can be even smoother! Taking a step back, it seems that we are prioritizing the wrong development by working on filters like input shaping or pressure advance. What do you thing?

    ➡️ Read more on my blog:
    ekunn.com/blog/2026/05/17/refl

  3. I was reflecting on 3D printer motion algorithms and I remembered this image from a Trinamic video. Klipper uses trapezoidal, RRF & Marlin can do S-Curve and the new Prunt firmware can be even smoother! Taking a step back, it seems that we are prioritizing the wrong development by working on filters like input shaping or pressure advance. What do you thing?

    ➡️ Read more on my blog:
    ekunn.com/blog/2026/05/17/refl

    #3dprinting #klipper #marlin #RRF #firmware #motion

  4. I was reflecting on 3D printer motion algorithms and I remembered this image from a Trinamic video. Klipper uses trapezoidal, RRF & Marlin can do S-Curve and the new Prunt firmware can be even smoother! Taking a step back, it seems that we are prioritizing the wrong development by working on filters like input shaping or pressure advance. What do you thing?

    ➡️ Read more on my blog:
    ekunn.com/blog/2026/05/17/refl

    #3dprinting #klipper #marlin #RRF #firmware #motion

  5. I was reflecting on 3D printer motion algorithms and I remembered this image from a Trinamic video. Klipper uses trapezoidal, RRF & Marlin can do S-Curve and the new Prunt firmware can be even smoother! Taking a step back, it seems that we are prioritizing the wrong development by working on filters like input shaping or pressure advance. What do you thing?

    ➡️ Read more on my blog:
    ekunn.com/blog/2026/05/17/refl

    #3dprinting #klipper #marlin #RRF #firmware #motion

  6. MARLIN Challenge startet am 6. Mai 2026.
    Cyberagentur und Marinekommando suchen neue Ideen für sichere maritime Kommunikation, Nachrichtentechnik sowie Cyber- und Verteidigungstechnologien.
    Sechs Wochen Zeit für die erste Idee. 180.000 Euro für die besten Ansätze.
    t1p.de/h8q4s
    #MARLIN #Cyberagentur #Marine #Bundeswehr #Bundeswehr #Cybersicherheit #Innovation #MaritimeKommunikation

  7. MARLIN Challenge startet am 6. Mai 2026.
    Cyberagentur und Marinekommando suchen neue Ideen für sichere maritime Kommunikation, Nachrichtentechnik sowie Cyber- und Verteidigungstechnologien.
    Sechs Wochen Zeit für die erste Idee. 180.000 Euro für die besten Ansätze.
    t1p.de/h8q4s
    #MARLIN #Cyberagentur #Marine #Bundeswehr #Bundeswehr #Cybersicherheit #Innovation #MaritimeKommunikation

  8. MARLIN Challenge startet am 6. Mai 2026.
    Cyberagentur und Marinekommando suchen neue Ideen für sichere maritime Kommunikation, Nachrichtentechnik sowie Cyber- und Verteidigungstechnologien.
    Sechs Wochen Zeit für die erste Idee. 180.000 Euro für die besten Ansätze.
    t1p.de/h8q4s
    #MARLIN #Cyberagentur #Marine #Bundeswehr #Bundeswehr #Cybersicherheit #Innovation #MaritimeKommunikation

  9. MARLIN Challenge startet am 6. Mai 2026.
    Cyberagentur und Marinekommando suchen neue Ideen für sichere maritime Kommunikation, Nachrichtentechnik sowie Cyber- und Verteidigungstechnologien.
    Sechs Wochen Zeit für die erste Idee. 180.000 Euro für die besten Ansätze.
    t1p.de/h8q4s
    #MARLIN #Cyberagentur #Marine #Bundeswehr #Bundeswehr #Cybersicherheit #Innovation #MaritimeKommunikation

  10. MARLIN Challenge startet am 6. Mai 2026.
    Cyberagentur und Marinekommando suchen neue Ideen für sichere maritime Kommunikation, Nachrichtentechnik sowie Cyber- und Verteidigungstechnologien.
    Sechs Wochen Zeit für die erste Idee. 180.000 Euro für die besten Ansätze.
    t1p.de/h8q4s
    #MARLIN #Cyberagentur #Marine #Bundeswehr #Bundeswehr #Cybersicherheit #Innovation #MaritimeKommunikation

  11. MARLIN gestartet: Die Cyberagentur und das Marinekommando suchen neue Lösungen für sichere maritime Kommunikation, Nachrichtentechnik sowie Cyber- und Verteidigungstechnologien. Angesprochen sind Start-ups, KMU, Hochschulen und Forschungseinrichtungen aus EU- und NATO-Staaten.

    Mehr Informationen: t1p.de/7rjwt

    Jetzt mitmachen: t1p.de/lcd9w

    #MARLIN #Cyberagentur #Marine #Cybersicherheit #Innovation #MaritimeKommunikation

  12. MARLIN gestartet: Die Cyberagentur und das Marinekommando suchen neue Lösungen für sichere maritime Kommunikation, Nachrichtentechnik sowie Cyber- und Verteidigungstechnologien. Angesprochen sind Start-ups, KMU, Hochschulen und Forschungseinrichtungen aus EU- und NATO-Staaten.

    Mehr Informationen: t1p.de/7rjwt

    Jetzt mitmachen: t1p.de/lcd9w

    #MARLIN #Cyberagentur #Marine #Cybersicherheit #Innovation #MaritimeKommunikation

  13. MARLIN gestartet: Die Cyberagentur und das Marinekommando suchen neue Lösungen für sichere maritime Kommunikation, Nachrichtentechnik sowie Cyber- und Verteidigungstechnologien. Angesprochen sind Start-ups, KMU, Hochschulen und Forschungseinrichtungen aus EU- und NATO-Staaten.

    Mehr Informationen: t1p.de/7rjwt

    Jetzt mitmachen: t1p.de/lcd9w

    #MARLIN #Cyberagentur #Marine #Cybersicherheit #Innovation #MaritimeKommunikation

  14. MARLIN gestartet: Die Cyberagentur und das Marinekommando suchen neue Lösungen für sichere maritime Kommunikation, Nachrichtentechnik sowie Cyber- und Verteidigungstechnologien. Angesprochen sind Start-ups, KMU, Hochschulen und Forschungseinrichtungen aus EU- und NATO-Staaten.

    Mehr Informationen: t1p.de/7rjwt

    Jetzt mitmachen: t1p.de/lcd9w

    #MARLIN #Cyberagentur #Marine #Cybersicherheit #Innovation #MaritimeKommunikation

  15. MARLIN gestartet: Die Cyberagentur und das Marinekommando suchen neue Lösungen für sichere maritime Kommunikation, Nachrichtentechnik sowie Cyber- und Verteidigungstechnologien. Angesprochen sind Start-ups, KMU, Hochschulen und Forschungseinrichtungen aus EU- und NATO-Staaten.

    Mehr Informationen: t1p.de/7rjwt

    Jetzt mitmachen: t1p.de/lcd9w

    #MARLIN #Cyberagentur #Marine #Cybersicherheit #Innovation #MaritimeKommunikation

  16. MARLIN launches: The Cyberagentur and the Naval Command are seeking new solutions for secure maritime communications, signal technology, and cyber and defense technologies.
    t1p.de/wkxff
    #MARLIN #Cyberagentur #Navy
    nachrichten.idw-online.de/2026

  17. MARLIN launches: The Cyberagentur and the Naval Command are seeking new solutions for secure maritime communications, signal technology, and cyber and defense technologies.
    t1p.de/wkxff
    #MARLIN #Cyberagentur #Navy
    nachrichten.idw-online.de/2026

  18. MARLIN launches: The Cyberagentur and the Naval Command are seeking new solutions for secure maritime communications, signal technology, and cyber and defense technologies.
    t1p.de/wkxff
    #MARLIN #Cyberagentur #Navy
    nachrichten.idw-online.de/2026

  19. MARLIN launches: The Cyberagentur and the Naval Command are seeking new solutions for secure maritime communications, signal technology, and cyber and defense technologies.
    t1p.de/wkxff
    #MARLIN #Cyberagentur #Navy
    nachrichten.idw-online.de/2026

  20. MARLIN gestartet: Cyberagentur und Marinekommando suchen neue Lösungen für sichere maritime Kommunikation, Nachrichtentechnik sowie Cyber- und Verteidigungstechnologien.
    t1p.de/7rjwt
    #MARLIN #Cyberagentur #Marine
    nachrichten.idw-online.de/2026

  21. MARLIN gestartet: Cyberagentur und Marinekommando suchen neue Lösungen für sichere maritime Kommunikation, Nachrichtentechnik sowie Cyber- und Verteidigungstechnologien.
    t1p.de/7rjwt
    #MARLIN #Cyberagentur #Marine
    nachrichten.idw-online.de/2026

  22. MARLIN gestartet: Cyberagentur und Marinekommando suchen neue Lösungen für sichere maritime Kommunikation, Nachrichtentechnik sowie Cyber- und Verteidigungstechnologien.
    t1p.de/7rjwt
    #MARLIN #Cyberagentur #Marine
    nachrichten.idw-online.de/2026

  23. MARLIN gestartet: Cyberagentur und Marinekommando suchen neue Lösungen für sichere maritime Kommunikation, Nachrichtentechnik sowie Cyber- und Verteidigungstechnologien.
    t1p.de/7rjwt
    #MARLIN #Cyberagentur #Marine
    nachrichten.idw-online.de/2026

  24. MARLIN gestartet: Cyberagentur und Marinekommando suchen neue Lösungen für sichere maritime Kommunikation, Nachrichtentechnik sowie Cyber- und Verteidigungstechnologien.
    t1p.de/7rjwt
    #MARLIN #Cyberagentur #Marine
    nachrichten.idw-online.de/2026

  25. Hype for the Future 163L: Falls County, Texas

    Overview Located to the southeast of the City of Waco and to the northeast of the City of Temple is the County of Falls in the State of Texas, which uses the City of Marlin as the county seat and is home to the unincorporated community of Chilton further west. The principal highways of the county include Route 84 and Texas State Highways 6 and 7.

    novatopflex.wordpress.com/2026

  26. Hype for the Future 163L: Falls County, Texas

    Overview Located to the southeast of the City of Waco and to the northeast of the City of Temple is the County of Falls in the State of Texas, which uses the City of Marlin as the county seat and is home to the unincorporated community of Chilton further west. The principal highways of the county include Route 84 and Texas State Highways 6 and 7.

    novatopflex.wordpress.com/2026

  27. Hype for the Future 163L: Falls County, Texas

    Overview Located to the southeast of the City of Waco and to the northeast of the City of Temple is the County of Falls in the State of Texas, which uses the City of Marlin as the county seat and is home to the unincorporated community of Chilton further west. The principal highways of the county include Route 84 and Texas State Highways 6 and 7.

    novatopflex.wordpress.com/2026

  28. Hype for the Future 163L: Falls County, Texas

    Overview Located to the southeast of the City of Waco and to the northeast of the City of Temple is the County of Falls in the State of Texas, which uses the City of Marlin as the county seat and is home to the unincorporated community of Chilton further west. The principal highways of the county include Route 84 and Texas State Highways 6 and 7.

    novatopflex.wordpress.com/2026

  29. Hype for the Future 163L: Falls County, Texas

    Overview Located to the southeast of the City of Waco and to the northeast of the City of Temple is the County of Falls in the State of Texas, which uses the City of Marlin as the county seat and is home to the unincorporated community of Chilton further west. The principal highways of the county include Route 84 and Texas State Highways 6 and 7.

    novatopflex.wordpress.com/2026

  30. Nervous wait for Jurien Bay boy who hauled in potential record-breaking 270kg marlin

    A West Australian schoolboy with multiple fishing records under his belt may have secured yet another after reeling…
    #NewsBeep #News #Australia #AU #Australianrecord #Blackmarlin #Bluemarlin #GoodfishingWA #JurienBay #Marlin #massivemarlin #midwestnews #perthnews #record-breaking #recreationalfishing #sportfishing #teenagerbreaksrecord #WArecord
    newsbeep.com/au/508888/

  31. Thema #extruder #Kalibrierung

    Habe einen #Tronxy #X5SA Pro neu in meinem Maschinenpark und hab aus. Versehen den getriebeuntersetzten Extruder geschrottet. Hab den jetzt gegen einen Vollaluminium-Extruder getauscht, muss jetzt aber in der Firmware (#marlin) noch die Umsetzung einstellen, weil der Extruder Motor mindestens doppelt so schnell läuft.

    Über #Pronterface via USB wollte ich die Daten auslesen mit #M503 bekomme aber ausgerechnet an der Stelle keine Rückmeldung.

    Ich brauche hier Hilfe

  32. "Perl chậm?" Không còn nữa. Với Marlin, Meow và XS::JIT, truy cập thuộc tính đối tượng trong Perl nay còn nhanh hơn cả Python: 7.9 triệu lần/giây! Bí quyết? Đưa mọi quyết định lên thời điểm biên dịch, loại bỏ overhead không cần thiết. Perl không chậm – chỉ cần code đúng cách.
    #Perl #Python #Performance #Benchmarks #Programming #NgônNgữLậpTrình #HiệuSuất #LậpTrình #Dev #Moo #Marlin #Meow #XS_JIT

    dev.to/lnationorg/ready-set-co

  33. "Perl chậm?" Không còn nữa. Với Marlin, Meow và XS::JIT, truy cập thuộc tính đối tượng trong Perl nay còn nhanh hơn cả Python: 7.9 triệu lần/giây! Bí quyết? Đưa mọi quyết định lên thời điểm biên dịch, loại bỏ overhead không cần thiết. Perl không chậm – chỉ cần code đúng cách.
    #Perl #Python #Performance #Benchmarks #Programming #NgônNgữLậpTrình #HiệuSuất #LậpTrình #Dev #Moo #Marlin #Meow #XS_JIT

    dev.to/lnationorg/ready-set-co

  34. So I opened the #gcode file and identified the layers (luckily #cura comments out every layer start). I took note of the last printer layer height (checking the only instruction with a Z in it) and removed from the first layer to the 21st. I left in place all the initialization dance and added, between it and the start of the 22st layer, an instruction to move the print head to the previously discovered Z height. I saw the gcode says #Marlin #firmware, so I searched in the Marlin's documentation: https://marlinfw.org/docs/gcode/G000-G001.html
    The selected instruction in the screenshot is the one I added. (Continues...)
  35. So I opened the #gcode file and identified the layers (luckily #cura comments out every layer start). I took note of the last printer layer height (checking the only instruction with a Z in it) and removed from the first layer to the 21st. I left in place all the initialization dance and added, between it and the start of the 22st layer, an instruction to move the print head to the previously discovered Z height. I saw the gcode says #Marlin #firmware, so I searched in the Marlin's documentation: https://marlinfw.org/docs/gcode/G000-G001.html
    The selected instruction in the screenshot is the one I added. (Continues...)
  36. So I opened the #gcode file and identified the layers (luckily #cura comments out every layer start). I took note of the last printer layer height (checking the only instruction with a Z in it) and removed from the first layer to the 21st. I left in place all the initialization dance and added, between it and the start of the 22st layer, an instruction to move the print head to the previously discovered Z height. I saw the gcode says #Marlin #firmware, so I searched in the Marlin's documentation: https://marlinfw.org/docs/gcode/G000-G001.html
    The selected instruction in the screenshot is the one I added. (Continues...)
  37. So I opened the #gcode file and identified the layers (luckily #cura comments out every layer start). I took note of the last printer layer height (checking the only instruction with a Z in it) and removed from the first layer to the 21st. I left in place all the initialization dance and added, between it and the start of the 22st layer, an instruction to move the print head to the previously discovered Z height. I saw the gcode says #Marlin #firmware, so I searched in the Marlin's documentation: https://marlinfw.org/docs/gcode/G000-G001.html
    The selected instruction in the screenshot is the one I added. (Continues...)
  38. So I opened the #gcode file and identified the layers (luckily #cura comments out every layer start). I took note of the last printer layer height (checking the only instruction with a Z in it) and removed from the first layer to the 21st. I left in place all the initialization dance and added, between it and the start of the 22st layer, an instruction to move the print head to the previously discovered Z height. I saw the gcode says #Marlin #firmware, so I searched in the Marlin's documentation: https://marlinfw.org/docs/gcode/G000-G001.html
    The selected instruction in the screenshot is the one I added. (Continues...)
  39. Marlin Racing

    When I first introduced Marlin, it seemed the only OO framework which could beat its constructor in speed was the one generated by the new Perl core class keyword. Which seems fair, as that’s implemented in C and is tightly integrated with the Perl interpreter. However, I’m pleased to say that Marlin’s constructors are now faster.

    (Though also I forgot to include Mouse in previous benchmarks, […]

    #ClassTiny #marlin #Moo #Moose #mouse #oop #perl #TypeTiny

    toby.ink/blog/2026/01/11/marli

  40. Marlin Racing

    When I first introduced Marlin, it seemed the only OO framework which could beat its constructor in speed was the one generated by the new Perl core class keyword. Which seems fair, as that’s implemented in C and is tightly integrated with the Perl interpreter. However, I’m pleased to say that Marlin’s constructors are now faster.

    (Though also I forgot to include Mouse in previous benchmarks, […]

    #ClassTiny #marlin #Moo #Moose #mouse #oop #perl #TypeTiny

    toby.ink/blog/2026/01/11/marli

  41. Marlin Racing

    When I first introduced Marlin, it seemed the only OO framework which could beat its constructor in speed was the one generated by the new Perl core class keyword. Which seems fair, as that’s implemented in C and is tightly integrated with the Perl interpreter. However, I’m pleased to say that Marlin’s constructors are now faster.

    (Though also I forgot to include Mouse in previous benchmarks, […]

    #ClassTiny #marlin #Moo #Moose #mouse #oop #perl #TypeTiny

    toby.ink/blog/2026/01/11/marli

  42. Marlin Racing

    When I first introduced Marlin, it seemed the only OO framework which could beat its constructor in speed was the one generated by the new Perl core class keyword. Which seems fair, as that’s implemented in C and is tightly integrated with the Perl interpreter. However, I’m pleased to say that Marlin’s constructors are now faster.

    (Though also I forgot to include Mouse in previous benchmarks, […]

    #ClassTiny #marlin #Moo #Moose #mouse #oop #perl #TypeTiny

    toby.ink/blog/2026/01/11/marli

  43. Marlin Racing

    When I first introduced Marlin, it seemed the only OO framework which could beat its constructor in speed was the one generated by the new Perl core class keyword. Which seems fair, as that’s implemented in C and is tightly integrated with the Perl interpreter. However, I’m pleased to say that Marlin’s constructors are now faster.

    (Though also I forgot to include Mouse in previous benchmarks, […]

    #ClassTiny #marlin #Moo #Moose #mouse #oop #perl #TypeTiny

    toby.ink/blog/2026/01/11/marli