Makalah Prompt Engineering Diterima di ICML 2026, Warganet Ribut Berdebat

marsbitPublished on 2026-07-15Last updated on 2026-07-15

Abstract

Makalah rekayasa prompt telah diterima di konferensi ICML 2026, memicu perdebatan luas di komunitas. Makalah ini memperkenalkan metode "Verbalized Sampling" (VS) yang hanya dengan mengubah instruksi prompt, dapat meningkatkan keragaman output model bahasa besar (LLM) dan mengurangi masalah "Mode Collapse". Metode ini meminta model untuk menghasilkan beberapa jawaban sekaligus dan memberikan nilai probabilitas verbal untuk setiap opsi. Penulis berargumen bahwa akar masalah homogenitas output terletak pada bias tipikal dalam data preferensi manusia yang digunakan untuk melatih model, bukan semata-mata pada algoritma. Eksperimen menunjukkan peningkatan keragaman 1.6–2.1 kali dalam tugas kreatif tanpa mengorbankan akurasi atau keamanan. Reaksi di komunitas terbelah. Sebagian meragukan nilai inovasi metode yang "hanya" memodifikasi prompt dan mempertanyakan stabilitas serta generalisasinya. Mereka khawatir tren ini mencerminkan standar publikasi yang longgar. Di sisi lain, pendukung menekankan bahwa penelitian yang solid tidak harus kompleks, selama memiliki dasar teoretis, eksperimen ketat, dan hasil yang dapat direproduksi. Mereka menyamakannya dengan awal metode "Chain-of-Thought" (CoT), yang juga dimulai dari instruksi prompt sederhana namun membuka bidang penelitian baru. Makalah ini menandai pergeseran potensial dalam penelitian ML, di mana teknik pada fase inferensi mendapatkan perhatian setara dengan inovasi pelatihan model.

Zaman sekarang, prompt engineering bisa terbit di ICML juga???

Belakangan ini, seorang netizen membagikan sebuah makalah yang baru diterima di ICML 2026 ke Reddit, dan postingannya langsung viral, komentar melonjak drastis.

Tapi semua orang kebingungan: Ini bisa diterima?

Tidak mengajukan algoritma optimasi baru apa pun, juga tidak melatih model besar baru, penulis hanya melakukan satu hal——

Mengubah Prompt.

Makalah ini mengusulkan metode bernama Verbalized Sampling (VS), yang hanya dengan menyesuaikan prompt, dapat secara signifikan meningkatkan keragaman output model besar, meredakan masalah Mode Collapse (keruntuhan mode) yang telah lama mengganggu LLM.

Kedengarannya cukup bernilai praktis, tetapi apakah pantas sebuah trik Prompt saja bisa masuk konferensi puncak?

Kalau begitu, mari kita lihat dulu makalahnya, baru ambil kesimpulan.

Sebuah Makalah ICML yang Sangat Kontroversial

Coba tanya, apakah Anda pernah merasa, AI semakin seragam.

Tanyakan padanya sepuluh kali "buatkan saya sebuah lelucon", jawaban yang didapat sering kali sangat mirip. Dan bukan hanya tugas kreatif, menjawab pertanyaan juga begitu, pembuatan kode juga begitu......

Fenomena ini, di dunia akademis disebut secara kolektif sebagai Mode Collapse (Keruntuhan Mode).

Sederhananya, model semakin suka mengeluarkan jawaban klasik yang paling aman dan memiliki probabilitas tertinggi, sebaliknya menolak ide-ide kreatif yang berbeda.

Dulu untuk menyelesaikan masalah model ini, kebanyakan peneliti akan terlebih dahulu memikirkan menyesuaikan parameter sampling, mengubah algoritma dekode, melatih ulang, dll. Tetapi makalah ini mengambil pendekatan berbeda, langsung meminta model untuk mengeluarkan proses sampling-nya sendiri juga.

Sebagai contoh, masih tentang bercerita lelucon tadi, di sini penulis akan mengubah prompt, meminta model:

Hasilkan 5 lelucon, sekaligus berikan nilai probabilitas yang mungkin untuk setiap lelucon.

Kemudian model dapat menghasilkan jawaban yang lebih beragam dan lebih sedikit pengulangan.

Kedengarannya sangat sederhana, bukan? Faktanya inilah kontribusi inti makalah ini——metode Verbalized Sampling. Bahkan fine-tuning pun tidak diperlukan, hanya dengan mengganti cara bertanya, dapat secara besar meningkatkan keragaman konten.

Tetapi dalam makalahnya, penulis juga memberikan proses argumentasi yang ketat.

Pertama yang dijawab adalah penyebab mendasar mengapa model menjadi seragam.

Dulu dunia akademis menyalahkan masalah ini pada level algoritma, misalnya model reward tidak cukup baik, pengaturan penalti KL tidak cukup rasional. Makalah ini menyelidiki lebih dalam, berpendapat bahwa akar penyakit sebenarnya terletak pada data preferensi itu sendiri.

Mereka mengusulkan konsep bernama Bias Tipikalitas, dari sudut pandang psikologi kognitif, anotator manusia secara alami lebih menyukai teks yang familiar, lancar, dan konvensional, saat memberikan skor akan secara alami memberikan nilai lebih tinggi pada jawaban yang stereotip dan populer.

Jadi bahkan jika model reward dan algoritma optimasi dibuat sempurna, selama data preferensi manusia yang digunakan untuk pelatihan membawa bias tipikalitas bawaan, model setelah alignment tetap akan mengalami mode collapse.

Mengenai hal ini, penulis menguji berulang kali pada lima dataset preferensi dan model dasar yang berbeda, kesimpulannya tetap konsisten.

Setelah memahami lapisan ini, penulis berpendapat karena masalahnya tertanam dalam data pelatihan, maka hanya perlu mempertimbangkan merancang skema prompt pada tahap inferensi untuk mengoreksi, yaitu dalam Prompt meminta model mengeluarkan distribusi probabilitas lengkap, sehingga dapat membangkitkan kembali distribusi output yang beragam yang sebenarnya dimiliki model pada tahap pra-pelatihan, menemukan kembali keragaman.

Sisanya adalah menjalankan metode ini di berbagai skenario eksperimen, hasil menunjukkan, dalam tugas penulisan kreatif, keragamannya 1,6~2,1 kali lipat dari prompt biasa, sekaligus juga tidak mengurangi akurasi fakta konten dan tingkat keamanan model.

Dan semakin kuat kemampuan model, semakin besar parameter, efek peningkatan keragaman yang dibawa VS semakin jelas.

Jadi memang benar metode akhir yang diberikan makalah ini sederhana, tapi ICML tetap Pass dan setuju.

Warganet Reddit Ribut Berdebat

Tapi di bawah postingan asli, evaluasi terhadap makalah ini agak terpolarisasi.

Banyak netizen menyatakan, dulu ICML adalah model baru, algoritma baru, teori baru, inovasi hardcore seperti itu, hanya melakukan Prompt, optimasi alur inferensi belum bisa dianggap sebagai penelitian machine learning yang sesungguhnya.

Dibandingkan dengan itu, inovasi pekerjaan ini agak tipis, juga ada beberapa masalah:

Pertama, metode serupa menulis instruksi juga bukan orisinal, bahkan ada yang mengatakan dirinya kemarin sudah menulis Prompt seperti ini; Kedua, teori tidak mudah diverifikasi, karena Prompt mungkin berganti model bisa gagal, tidak stabil seperti algoritma; Ketiga, skala eksperimen terbatas, tidak cukup untuk membuktikan ini adalah hukum yang universal.

Ada juga netizen yang secara langsung menganalogikan kondisi saat ini di bidang machine learning dengan krisis akademis di dunia psikologi belasan tahun lalu.

Saat itu banyak peneliti dasar statistik lemah, menyalahgunakan alat statistik, menyebabkan kesimpulan banyak makalah tidak dapat direproduksi, industri mengalami krisis kepercayaan parah, sedangkan industri machine learning sekarang juga sangat bergantung pada eksperimen empiris, mengabaikan dukungan teori yang ketat.

Industri yang kompetitif mengejar metode baru, tetapi secara umum ada budaya over-tuning, benchmark chasing. Banyak algoritma inovatif yang disebut-sebut, dibandingkan dengan model baseline matang hampir tidak memiliki nilai praktis implementasi, hanya mengandalkan peningkatan indikator kecil dibungkus sebagai hasil inovasi.

Secara esensial, semuanya adalah masalah publikasi makalah yang disebabkan oleh ekspansi disiplin ilmu yang cepat, namun norma praktisi tidak jelas.

Tapi pendukung berpendapat, penelitian ilmiah bukanlah adu siapa metodenya lebih rumit, selama hipotesis jelas, eksperimen memadai, hasil stabil dan dapat direproduksi, juga bisa dianggap sebagai penelitian yang bagus.

Misalnya makalah ini, dia menjelaskan dengan baik apa itu mode collapse, dan mengajukan bahwa masalah sebenarnya terletak pada preferensi tipikalitas, pandangan ini lebih penting daripada Prompt itu sendiri.

Salah satu penulis sendiri juga membalas di kolom komentar, menyatakan bahwa makalah ini terlihat sederhana, tetapi sebenarnya mengandung banyak sekali proses penanganan yang kompleks.

Seluruh pekerjaan ini mencakup pelacakan masalah lengkap, atribusi teori baru, derivasi matematika, eksperimen kuantitatif multi-dimensi, bukan pekerjaan asal mengutak-atik prompt.

Banyak orang juga menyebutkan Chain-of-Thought (CoT). Ketika CoT pertama kali muncul, esensinya juga hanyalah sebuah Prompt:

Mari kita berpikir langkah demi langkah.

Tapi sekarang hampir semua metode reasoning, dapat ditelusuri kembali ke CoT, ini justru menunjukkan, prompt engineering sudah bukan sekadar menulis prompt, dia sedang menjadi metode baru untuk meneliti perilaku model.

Belasan tahun terakhir, penelitian machine learning hampir semuanya berkisar pada pelatihan, tetapi sekarang beberapa teknik penggunaan di tahap inferensi juga perlahan-lahan menuju inti penelitian machine learning.

Mungkin dalam beberapa tahun ke depan, kita akan melihat semakin banyak makalah seperti ini. Mereka tidak menambahkan satu baris kode pelatihan atau satu parameter model pun, namun tetap dapat mengubah batas kemampuan model besar.

Perkenalan Tim Peneliti

Terakhir kita lihat tim penelitinya.

Pekerjaan ini dilakukan oleh tim Weiyan Shi dari Northeastern University (AS) bersama Manning Lab Stanford, West Virginia University, Jiayi Zhang, Simon Yu, Derek Chong sebagai penulis pertama bersama.

Jiayi Zhang, S1 di University of Michigan, mendapatkan tiga gelar sarjana Ilmu Komputer, Matematika, dan Linguistik, kemudian melanjutkan studi magister Ilmu Komputer di Northeastern University (AS).

Makalah lain miliknya yang diterima di konferensi puncak NLP NAACL 2024, "Analyzing the Role of Semantic Representations in the Era of Large Language Models", juga berkisar pada representasi semantik dan model besar.

Simon Yu, saat ini sedang mengejar gelar doktor di Northeastern University (AS), arah utama penelitiannya adalah mekanisme alignment dan reinforcement learning dalam model besar. S1 dan S2 keduanya di University of Edinburgh, pernah menerbitkan beberapa makalah konferensi puncak.

Selain makalah ini, makalah lain miliknya "Unsafer in Many Turns: Benchmarking and Defending Multi-Turn Safety Risks in Tool-Using Agents" juga diterima di ICML 2026.

Derek Chong, magister lulusan Stanford University, saat ini adalah peneliti di Stanford AI Lab, arah penelitian utama berfokus pada NLP model besar.

Pernah memiliki pengalaman wirausaha pendiri selama tiga tahun, dan bergabung dengan Ello sebagai ilmuwan terapan, berpartisipasi dalam pengembangan implementasi AI di sisi industri, landasan teori penelitiannya solid, sekaligus juga memiliki pengalaman praktik langsung yang kaya.

Referensi tautan:[1]https://www.reddit.com/r/MachineLearning/comments/1uv1xb3/promptengineering_paper_accepted_to_icml_r/

[2]https://www.linkedin.com/in/jiayizx/[3]https://simonucl.github.io/[4]https://www.linkedin.com/in/derekch/

Artikel ini berasal dari akun WeChat publik "量子位", penulis: 关注前沿科技

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Related Questions

QApa itu Verbalized Sampling (VS) yang diusulkan dalam makalah ICML 2026?

AVerbalized Sampling (VS) adalah metode baru yang diusulkan dalam makalah tersebut untuk meningkatkan keberagaman output model bahasa besar (LLM). Metode ini bekerja dengan memodifikasi prompt, yaitu dengan meminta model tidak hanya menghasilkan jawaban, tetapi juga memberikan distribusi probabilitas verbal (nilai kemungkinan) untuk beberapa opsi jawaban yang berbeda. Dengan 'mengungkapkan' proses pengambilan sampel internalnya, model dapat mengakses kembali distribusi output yang lebih beragam dari fase pra-pelatihan, sehingga mengurangi masalah mode collapse (keruntuhan mode).

QMengapa metode 'hanya mengubah prompt' ini dapat menimbulkan kontroversi di komunitas seperti yang terlihat di Reddit?

AKontroversi muncul karena beberapa pengguna Reddit menganggap inovasi dalam makalah ini terlalu sederhana untuk konferensi bergengsi seperti ICML. Kritik berfokus pada: (1) Kekurangan kebaruan, karena teknik serupa mungkin sudah digunakan secara informal. (2) Kekhawatiran bahwa efektivitas prompt mungkin tidak stabil atau bergantung pada model tertentu. (3) Kekhawatiran bahwa eksperimen mungkin belum cukup untuk membuktikan prinsip universal. Beberapa berpendapat bahwa riset ML seharusnya lebih berfokus pada algoritma, model, atau teori baru yang ketat, bukan pada optimasi di tahap inferensi.

QApa yang diidentifikasi peneliti sebagai akar penyebab utama mode collapse pada LLM dalam makalah ini?

APara peneliti mengidentifikasi bahwa akar penyebab utama mode collapse bukan pada algoritma pelatihan atau model reward, melainkan pada data preferensi manusia yang digunakan untuk melatih model. Mereka memperkenalkan konsep 'bias tipikalitas' (typicality bias), yaitu kecenderungan alami manusia (annotator) untuk lebih menyukai dan memberikan nilai tinggi pada teks yang familiar, lancar, dan konvensional. Bias ini tertanam dalam data pelatihan, sehingga model yang telah selaras (aligned) dengan data tersebut cenderung menghasilkan respons yang aman dan seragam, meskipun pada dasarnya memiliki kapasitas untuk menghasilkan output yang lebih beragam.

QBagaimana perbandingan peningkatan keberagaman yang dicapai metode VS menurut hasil eksperimen dalam makalah?

AMenurut hasil eksperimen yang dipaparkan dalam makalah, metode Verbalized Sampling (VS) berhasil meningkatkan keberagaman output secara signifikan. Dalam tugas penulisan kreatif, peningkatan keberagamannya mencapai 1.6 hingga 2.1 kali lipat dibandingkan dengan penggunaan prompt standar. Peningkatan ini dicapai tanpa mengorbankan akurasi faktual dari konten atau tingkat keamanan model. Selain itu, penelitian juga menunjukkan bahwa efek peningkatan keberagaman ini lebih terlihat pada model yang lebih kuat dan memiliki parameter lebih besar.

QSiapa saja peneliti utama di balik makalah ICML 2026 tentang Verbalized Sampling ini?

AMakalah ini merupakan kerja sama antara tim Weiyan Shi dari Northeastern University, Manning Laboratory dari Stanford University, dan West Virginia University. Tiga penulis pertama yang berkontribusi sama adalah: (1) Jiayi Zhang, mahasiswa magister di Northeastern University dengan latar belakang ilmu komputer, matematika, dan linguistik. (2) Simon Yu, kandidat PhD di Northeastern University yang fokus pada alignment dan reinforcement learning untuk model besar. (3) Derek Chong, peneliti di Stanford AI Lab dengan pengalaman sebagai pendiri startup dan ilmuwan terapan di industri.

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The founding organisation, the Graphite Foundation, functions independently in fostering the project’s growth while seeking partnerships that resonate with its vision of a compliant and accessible blockchain platform. How Does Graphite Network, $@G Work? Graphite Network’s operation is grounded in its unique Proof-of-Authority consensus mechanism, which strikes an impressive balance between high throughput and decentralisation. Let's delve into the various components that define its operation: Transport Nodes: Serving as the entry-point nodes, these are critical to the ecosystem. Operators can earn revenue from transactions that traverse the network, which not only empowers individual users but also bolsters network decentralisation. Authorised Nodes: At the heart of the Graphite Network are core validators who undergo rigorous compliance tests, encompassing robust KYC verification along with technical assessments. This layer of trust is essential for ensuring that transactions within the network maintain a high level of integrity. Ticker System: Graphite Network employs a distinctive ticker system for its wrapped tokens, denoted as @G. This feature enhances clarity in asset integration, making user transactions comprehensible and straightforward. Graphite Network’s innovative approach reflects a significant step in addressing the crucial issues of digital finance, positioning itself favourably for the future as more users transition from traditional forms of finance into the world of decentralised applications. Timeline of Graphite Network, $@G To understand the progression and milestones of Graphite Network, it is beneficial to overview key events in its timeline: 2021: The inception of Graphite Network by the Graphite Foundation marks the commencement of a new chapter in blockchain development, focusing on compliance and user empowerment. Key Developments: Following its launch, the introduction of entry-point node income, the establishment of a reputation-based model, integrated KYC verification, and the provision of EVM compatibility represent significant advancements in the project. Recent Activities: The continuous development and nurturing efforts of the Graphite Foundation have focused on augmenting network features while fostering the ecosystem's growth, demonstrating a long-term commitment to sustainability and innovation. Additional Key Points Beyond its foundational components, Graphite Network encompasses several tools and features that bolster its usability: Graphite Wallet: A user-friendly Chrome extension that facilitates access to various network features and applications across Ethereum-compatible chains, enhancing user convenience. Graphite Bridge: This utility allows seamless transfers of Graphite assets across different networks, fostering an integrated and interoperable ecosystem. Graphite Explorer: Serving as an essential tool within the ecosystem, this feature enables users to view and verify smart contract source code, track transactions, and explore other vital information in real-time. Graphite Testnet: The project provides a robust testing environment for developers, allowing them to ensure stability and scalability prior to mainnet deployment. This initiative not only empowers developers but also enhances the reliability of the entire network. Conclusion Graphite Network, with its native token $@G, represents a significant stride toward bridging traditional finance and cutting-edge blockchain technology. By focusing on security, compliance, and decentralisation, this innovative platform is set to lead the transition into the Web3 era. As user engagement grows and more projects leverage its capabilities, Graphite Network is poised to make lasting contributions to the rapidly evolving digital landscape. In conclusion, Graphite Network stands as a testament to what can be achieved when innovative thinking meets the growing demands of modern finance and technology. As the world explores the potential of decentralised finance, Graphite Network will undoubtedly remain a noteworthy player in this arena.

50 Total ViewsPublished 2025.01.06Updated 2025.01.06

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